UX-258TH
FO-475TH
SERVICE MANUAL
No. 00ZUX258THSME
FACSIMILE
UX-258
MODEL FO-475
CONTENTS
CHAPTER 1. GENERAL DESCRIPTION
CHAPTER 5. CIRCUIT DESCRIPTION
[1] Specifications ............................................ 1-1
[2] Operation panel......................................... 1-2
[3] Transmittable documents .......................... 1-3
[4] Installation ................................................. 1-4
[5] Quick reference guide ............................... 1-7
[1] Circuit description ..................................... 5-1
[2] Circuit description of control PWB ............ 5-2
[3] Circuit description of TEL/LIU PWB .......... 5-8
[4] Circuit description of
power supply PWB ............................5-11
[5] Circuit description of CIS unit...................5-11
CHAPTER 2. ADJUSTMENTS
[1] Adjustments............................................... 2-1
[2] Diagnostics and service soft switch .......... 2-2
[3] Troubleshooting...................................... 2-17
[4] Error code table....................................... 2-18
CHAPTER 6. CIRCUIT SCHEMATICS AND
PARTS LAYOUT
[1] Control PWB circuit ................................... 6-1
[2] TEL/LIU PWB circuit.................................. 6-9
[3] Power supply PWB circuit ...................... 6-11
[4] Operation panel PWB circuit ................... 6-13
CHAPTER 3. MECHANISM BLOCKS
[1] General description .................................. 3-1
[2] Disassembly and assembly
CHAPTER 7. OPERATION FLOWCHART
procedures ....................................... 3-3
[1] Protocol ..................................................... 7-1
[2] Power on sequence................................... 7-2
CHAPTER 4. DIAGRAMS
[1] Block diagram ............................................4-1
[2] Wiring diagram .......................................... 4-2
[3] Point-to-point diagram............................... 4-3
CHAPTER 8. OTHERS
[1] Service tools ............................................. 8-1
[2] IC signal name .......................................... 8-4
PARTS GUIDE
Parts marked with " " is important for maintaining the safety of the set. Be sure to replace these parts with specified ones for
maintaining the safety and performance of the set.
This document has been published to be used
for after sales service only.
The contents are subject to change without notice.
SHARP CORPORATION
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FO-475TH
CHAPTER 1. GENERAL DESCRIPTION
[1] Specifications
Automatic dialing:
Rapid Key Dialing: 10 numbers
Speed Dialing: 20 numbers
Effective scanning width:
Contrast control:
210 mm max.
Automatic/Dark selectable
Standard
Fax paper:
Initial starter roll (included with fax
machine): 10 m roll
Copy function:
Telephone function:
Standard
Recommended replacement roll:
FO-40PR 50 m roll
(cannot be used for incoming/outgoing
if power fails)
Automatic document feeder: 10 sheets max.
Power requirements:
Operating temperature:
Humidity:
220-240 V, 50 Hz
5 to 35°C
Paper cutting method:
Modem speed:
Automatic cutter
9600 bps with automatic fallback to
7200, 4800, or 2400 bps
Maximum: 85 %
Stand-by: 6.0 W
Maximum: 120 W
Width: 308 mm
Depth: 256 mm
Height: 138 mm
Power consumption:
Transmission time* :
Display:
Approx. 15 seconds (Sharp special mode)
7 x 5 dots, 1 line by 16-digit display
TEL, FAX, TEL/FAX, ANS.
Dimensions:
Weight:
Reception modes:
Resolution:
Horizontal:
8 dots/mm
Vertical:
Standard: 3.85 lines/mm
Fine/Halftone: 7.7 lines/mm
Super fine: 15.4 lines/mm
Approx. 2.6 kg
(without attachements)
*
Based on ITU-T (CCITT) Test Chart #1 at standard resolution in Sharp
special mode, excluding time for protocol signals (i.e., ITU-T phase C
time only).
Recording system:
Halftone (grayscale):
Applicable telephone line:
Compatibility:
Thermal recording
64 levels
Public switched telephone network/PBX
ITU-T (CCITT) G3 mode
Half-duplex, desktop transceiver
MH, MR, Sharp special mode
Sheet-feeder CIS (Contact Image Sensor)
210 mm max.
Configuration:
Compression scheme:
Scanning method:
Effective recording width:
Input document size:
Automatic feeding:
Width
Length
148 to 216 mm
140 to 297 mm
Manual feeding:
Width
Length
148 to 216 mm
140 to 600 mm
As a part of our policy of continuous improvement, SHARP reserves the right to make design and specification changes for procduct
improvement without prior notice. The performance specifications figures indicated are nominal values of production units. There may be some
deviation from these values in individual units.
1 – 1
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UX-258TH
FO-475TH
[2] Operation panel
7
1
2 3 4 5 6 8 9 10 11 12
RECEPTION
REC
REPEAT PLAY/SKIP DELETE REMINDER
MODE
RESOLUTION
FUNCTION
TEL FAX
VOLUME
DOWN
ANSWERING
SYSTEM
UP
TEL/FAX ANS.
DIGITAL
STOP
DEF
MNO
ABC
JKL
SPEED DIAL
01
03
05
07
09
02
GHI
COPY/HELP
REDIAL
04
06
WXYZ
PQRS
TUV
HOL/SEARCH
SPEAKER
START/MEMORY
08
10/POLL
16 17
18
15
14
19
20
13
13. Number keys
1. Display
Use these keys to dial numbers, and enter number and letters
during number/name storing procedures.
14. SPEED DIAL key
This displays messages and prompts during operation and
programming.
2. PANEL RELEASE
Press this key to dial a 2-digit Speed Dial number.
Pull this release toward you to open the operation panel.
15. REDIAL key
3. RECEPTION MODE key
Press this key to automatically redial the last number dialed.
16. SPEAKER key
Press this key to select the reception mode. An arrow in the
display will point to the currently selected reception mode.
4. FUNCTION key
Press this key to select various special function.
5. RESOLUTION key
Press this key to hear the line and fax tones through the
speaker when sending a document, or dialing a voice number.
Note: This is not a speakerphone. You must pick up the
handset to talk with the other party.
Press this key to adjust the resolution and contrast before
sending or copying a document.
17. HOLD/SEARCH key
Press this key to search for an automatic dialing number,
or, during a phone conversation, press this key to put the
other party on hold.
6. VOLUME keys
Press these keys to adjust the volume of the speaker when
the SPEAKER key has been pressed, or the volume of the
ringer at all other times.
18. Rapid Dial keys
Press one of these keys to dial a fax or voice number
automatically. (Note that you must attach the Rapid Key
labels.)
7. REC key
Press this key to record a phone conversation or a message.
8. REPEAT key
Press this key to repeat playback of a message.
9. PLAY/SKIP key
Press this key to play recorded messages. During playback,
press it to skip forward to the next message.
10. DELETE key
Press this key to erase recorded messages.
11. REMINDER key
Press this key to send a fax and/or voice message to another
party or to yourself at a preset time.
12. STOP key
19. START/MEMORY key
Press this key to send or receive a document manually
when off hook.
20. COPY/HELP key
When a document is in the feeder, press this key to make
a copy. At any other time, press this key to print out the
Help List, a quick refernce guide to the opeation of your
fax.
Press this key to stop operations before they are completed.
1 – 2
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FO-475TH
5. Automatic Document Feeder Capacity
[3] Transmittable documents
Number of pages that can be placed into the feeder at anytime is as
follows:
1. Document Sizes
Normal size: max. ADF 10 sheets
width
148 – 216 mm
140 – 297 mm
Normal size
Special size: single sheet only (manual feed)
length
NOTES: • When you need to send or copy more pages than the feeder
limit, place additional pages in feeder when last page in
feeder is being scanned.
(Max.)
•
Place additional pages carefully and gently in feeder.
If force is used, double-feeding or a document jam may
result.
600mm
(Max.)
A4 size
297mm
(Min.)
6. Readable Width & Length
140mm
The readable width and length of a document are slightly smaller than
the actual document size.
148mm
216mm
216mm
[Normal size]
[Special size]
Note that characters or graphics outside the effective document scan-
ning range will not be read.
Use document carrier sheet for smaller documents.
•
Readable width
*
With special sizes, only one sheet can be fed into the machine at a
time. Insert next page into feeder as current page is being scanned.
210 mm, max.
2. Paper Thickness & Weight
2.4 x 10–3 –4.7 x 10–3 inch
Thickness
ADF 10
sheets
Normal size
0.15 x 10–3 lbs/inch2
Weight
4.7 x 10–3 –7.9 x 10–3 inch
Thickness
Weight
Special size
Readable width
0.15 x 10–3 –0.20 x 10–3 lbs/inch2
3. Document Types
•
Readable length
•
Normal paper
This is the length of the document sent minus 4 mm from the top and
bottom edges.
Documents handwritten in pencil (No. 2 lead or softer), fountain pen,
ball-point pen, or felt-tipped pen can be transmitted.
Documents of normal contrast duplicated by a copying machine can
also be transmitted.
4mm
•
•
Diazo copy (blue print)
Diazo copy documents of a normal contrast may be transmitted.
Carbon copy
Readable length
4mm
A carbon copy may be transmitted if its contrast is normal.
4. Cautions on Transmitting Documents
•
•
•
•
•
Documents written in yellow, greenish yellow, or light blue ink cannot
be transmitted.
Ink, glue, and correcting fluid on documents must be dry before the
documents can be transmitted.
All clips, staples and pins must be removed from documents be-fore
transmission.
Patched (taped) documents should be copied first on a copier and
then the copies used for transmission.
All documents should be fanned before insertion into the feeder to
prevent possible double feeds.
1 – 3
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UX-258TH
FO-475TH
TELEPHONE JACK
7. Use of Document Carrier Sheet
A standard telephone jack must be located near the machine.
This is the telephone jack commonly used in most homes and offices.
A document carrier sheet must be used for the following documents.
•
•
•
Those with tears.
•
Plugging the fax machine into a jack which is not an jack may result
in damage to the machine or your telephone system. If you do not
know what kind of jack you have, or needed to have one installed,
contact the telephone company.
Those smaller than size 140 mm (W) x 140 mm (L).
Carbon-backed documents
Make print straight
across paper
E.G.
Place the document
carrier in the document
feeder with the clear film
side down
2. Connections
Connect the handset as shown and place it on the handset rest.
1
♦ Make sure the handset cord goes into the unmarked jack on the
side of the machine!
♦ Use the handset to make ordinary phone calls, or to transmit and
receive documents manually.
Direction of insertion
NOTE: To transmit a carbon-backed document, insert a white sheet of
paper between the carbon back of the document and the docu-
ment carrier.
•
Those containing an easily separable writing substance (e.g., trac-
ing paper written on with a soft, heavy lead pencil).
NOTES: • When using the document carrier, carefully read the in-
structions written on the back.
Plug the power cord into a 220-240 V, 50 Hz, earthed (2-prong) AC
outlet.
•
If the document carrier is dirty, clean it with a soft, moist
cloth, and then dry it before using for transmission.
♦ Caution: Do not plug the power cord into any other kind of outlet.
This will damage the machine and is not covered under the
warranty.
•
Do not place more than one document in the carrier at a
time.
Note: The shape of the plug is different in certain countries.
[4] Installation
♦ The machine does not have a power on/off switch, so the power
is turned on and off by simply plugging or unplugging the power
cord.
1. Site selection
Take the following points into consideration when selecting a site for this
model.
Note: If your area experiences a high incidence of lightning or power
surges, we recommend that you install surge protectors for the
power and telephone lines. Surge protectors can be purchased
from your dealer or at most telephone specialty stores.
ENVIRONMENT
•
•
The machine must be installed on a level surface.
Keep the machine away from air conditioners, heaters, direct sun-
light, and dust.
•
Provide easy access to the front, back, and sides of the machine. In
particular, keep the area in front of the machine clear, or the original
document may jam as it comes out after scanning.
•
•
The temperature should be between 5° and 35°C.
3
Insert one end of the telephone line cord into the "TEL. LINE" jack.
Insert the other end into a standard (RJ11C) single-line telephone
wall jack.
The humidity should be between 30% and 85% (without conden-
sation).
ELECTRICITY
♦ Be sure to insert the telephone line cord into the "TEL. LINE"
jack. Do not insert into the "TEL. SET" jack.
220-240 V, 50 Hz, earthed (2-prong) AC outlet is required.
Caution!
•
Connection to a power source other than that specified will cause
damage to the equipment and is not covered under the warranty.
•
If your area experiences a high incidence of lightning or power surges,
we recommend that you install a surge protector for the power and
telephone lines. Surge protectors can be purchased at most telephone
specialty stores.
If the machine is moved from a cold to a warm place...
TEL.
SET
If the machine is moved from a cold to a warm place, it is possible that
the reading glass may fog up, preventing proper scanning of documents
for transmission. To remove the fog, turn on the power and wait approxi-
mately 2 hours before using the machine.
TEL.
LINE
1 – 4
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UX-258TH
FO-475TH
Unwrap the roll of fax paper and place it in the compartment.
3. Original document support
•
Important: The roll must be placed so that the leading edge of
the paper unrolls as shown. (The paper is only coated on one
side for printing. If the roll is placed backwards, the paper will
Rotate the original document support so that it points straight out.
1
come out blank after printing.)
NO!
YES
4. Loading the fax paper
•
Your fax machine prints incoming faxes on a special kind of paper
called thermal paper.
•
The fax’s print head creates text and images by applying heat to
the thermal paper.
Note: The power must be on (plug in the power cord) when loading
fax paper in the fax machine.
Pull the release marked PANEL RELEASE toward you and open the
1
operation panel.
4
Insert the leading edge of the paper into the paper inlet. Continue to
push the paper through the inlet until it comes out of the opening in
the front of the fax.
Paper inlet
2
Remove the packing paper from the paper compartment.
Remove
cardboard
and tape
The paper will reappear here. Make
sure it is aligned between the arrows
on each side of the guide, and then
passes under the plate and out the
front of the fax.
5
Close the operation panel, making sure it clicks into place.
Press here to close
2
Click!
1
6
A short length of the fax paper will feed out and be cut off. (If this
doesn’t happen, repeat the loading procedure.)
Note: The fax has a built-in anti-curl mechanism that will help to reduce
paper curling problems. The anti-curl mechanism is more
effective at the beginning of the paper roll and less effective
towards the end.
1 – 5
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UX-258TH
FO-475TH
3
Cut off the wrinkled part of the paper.
4. Clearing a jammed document
If the original document doesn’t feed properly during transmission or
copying, or DOCUMENT JAMMED appears in the display, first try press-
ing the START/MEMORY key. If the document doesn’t feed out, open
the operation panel and remove it.
Important: Do not try to remove a document without opening the op-
eration panel. This may damage the feeder mechanism.
Pull the release marked PANEL RELEASE toward you and open the
1
operation panel.
4
Reload the paper.
•
Jammed fax paper is often caused by improper loading. Be sure
to carefully follow the instructions for paper loading given in "Load-
ing the Fax Paper" in page 1-5.
2
Remove the document.
5
If the display still shows PAPER JAMMED
If the display still shows PAPER JAMMED after you press the START/
MEMORY key in Step 2 above, the cutter is still engaged in the cutting
position. To open the cutter, turn the fax up on its rear end and insert
any long, rod-like object with a flat or blunt end into the hole marked
CUTTER RESET. Continue to push the rod in until you feel it move a
lever inside the machine.
5. Clearing jammed fax paper
Pull the release marked PANEL RELEASE toward you and open the
1
operation panel.
2
Remove the paper roll.
ABC
JKL
DEF
•
If any pieces of paper are stuck in the cutter, remove them with
caution.
SPEED DIAL
Press this key to delete
the letter highlighted by
the cursor.
•
Press the START/MEMORY key to reset the cutter.
GHI
MNO
REDIAL
Press this key to move
the cursor to the left.
TUV
WXYZ
PQRS
HOLD/SEARCH
SPEAKER
Press this key to change
case.
Press this key to move
the cursor to the right.
Press either key repeatedly to select
one of the following symbols.
1 – 6
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FO-475TH
[5] Quick reference guide
FUNCTION key menu
The following chart shows the layout of the functions and settings accessed by pressing the FUNCTION key. First press the FUNCTION key, the
appropriate numeric key as shown, and then "#" or " " until the desired item appears.
Instructions for making each setting appear in the display. If you have any difficulty, refer to the detailed instructions on the page shown below the setting.
FUNCTION
0
1
3
4
2
Listing Mode
Optional Settings
Timer Mode
Send Mode
Polling Mode
Entry Mode
A.M. Settings
OGM Recording
Toll Saver
Timer List
Fine Resolution
Priority
Fax/Tel Numbers
for Auto Dialing
Transaction Report
Print Select
Transfer
Function
Telephone
Number List
Number of Rings
To Answer
Own Number and
Name Set
Dial Mode
Fax Box
ICM Record
Time
Passcode List
Pseudo Ringing
Duration
ICM
Confirmation
5 Rings TEL
Answer
Polling Security
Select
Option Setting
List
Remote Code
Override Code
Page Save
On A.M. Failure
Box Passcode
Recall Interval
Recall Times
Passcode List
Anti Junk Fax
Number List
Time Save
Date and Time Set
Transfer
Telephone
Number
Fax Signal Receive
Junk Number Check
Polling
Answering
Machine
Program List
Telephone/Fax
Remote Number
Anti Junk Number
Set
Remote Reception
Select
Message List
Note: Steps which are optional are enclosed in a dotted frame:
Transmitting documents
Normal Dialing
Lift handset
or
press SPEAKER
RESOLUTION
Load
document
Dial (press
numeric keys)
START/MEMORY
Wait for
reception tone
Hang up
START/MEMORY
Direct Keypad
Dialing
RESOLUTION
RESOLUTION
RESOLUTION
RESOLUTION
Load
document
Dial (press
numeric keys)
Rapid Key Dialing
Load
document
Press Rapid
key
START/MEMORY
Speed Dialing
Enter Speed Dial
number (press 2
numeric keys)
S P E E D D I A L
Load
document
START/MEMORY
Redialing
R E D I A L
Wait for
Load
reception tone
document
Using the answering machine
F U N C T I O N
Recording an
outgoing message
Press a number key
to select a box:
"0": General Box
"1": Box 1
Pick up the handset,
press the
START/MEMORY
key, and then speak
into the handset.
0
When finished,
replace the
handset or
press the
"2": Box 2
"3": Box 3
START/MEMORY
"4": Transfer outgoing
message
STOP key.
Listening to
received messages
For a personal
box, enter the box
number
PLAY/SKIP
Enter passcode
if necessary
Erasing received
messages
General messages
(no passcode):
Hold down DELETE
key for 2 seconds.
General messages
General messages:
(passcode needed):
Press DELETE and
enter passcode.
Press DELETE , enter
box number, and enter
passcode if necessary.
1 – 7
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2. IC protectors replacement
CHAPTER 2. ADJUSTMENTS
[1] Adjustments
ICPs (IC Protectors) are installed to protect the motor driver circuit.
ICPs protect various ICs and electronic circuits from an overcurrent con-
dition.
The location of ICPs are shown below:
General
Since the following adjustments and settings are provided for this model,
make adjustments and/or setup as necessary.
CNPW
CNLIUA
1. Adjustments
FU100
Adjustments of output voltage (FACTORY ONLY)
CONTROL PWB
(TOP SIDE)
1. Install the power supply unit in the machine.
2. Set the recording paper and document.
3. When the document is loaded, power is supplied to the output lines.
Confirm that outputs are within the limits below.
(1)FU100 (ICP-S07) is installed in order to protect IC’s from an over-
current generated in the motor drive circuit. If FU100 is open, replace
it with a new one.
Output voltage settings
3. Settings
POWER SUPPLY PWB
CN2
TEL/LIU PWB
(1) Dial mode selector
DIAL mode (Soft Switch No. SWB4 DATA No. 3)
CNLIU
(step 1) Select "OPTION SETTING".
KEY :
FUNCTION
4
CNLIUA
CNPW
DISPLAY: OPTION SETTING
(step 2) Select "DIAL MODE".
PRESS OR #
CONTROL PWB
Cursor
When initially registering,
the mode shows 1=TONE.
When registering again, the
mode which was registered
formerly is shown.
KEY:
DISPLAY: DIAL MODE
(step 3) Select, using "1" or "2".
KEY:
DISPLAY: TONE SELECTED
KEY:
#
#
#
#
#
#
#
#
#
1=TONE, 2=PULSE
Output
+5V
Voltage limits
4.75V ∼ 5.25V
23.3V ∼ 24.7V
Connector
No.
CNPW
+24V
Pin No.
1
DG
+5V
1
2
3
VTH-ON
MG
4
2
5
MG
DISPLAY: PULSE SELECTED
(step 4) End, using the "STOP" key.
6
MG
7
+24V
VTH
VTH
VTH
8
STOP
KEY:
9
10
4. Method of release of starting lock up by Battery
Reset
(1) Summary
There is a possibility of release of the lock up by reset the signal BATRST
of CPU (FC100), if it lock up when you turn on the power of the set in
UX-258 series. We inform you of the method of release.
(2) Contents
When you turn on the power of the set without EPROM by your mistake,
if you turn off the power after, turn on the power with EPROM again, the
set don’t start.
In this case, before you judge the cpu (FC100) is wrong, you need to
confirm the release of the lock up by reset the signal BATRST. and
unknown origin in the same way.
Method of the reset of signal BATRST
Short the between leads of the capacitor C5 on the control PWB,
X2961-81 in the state of POWER OFF.
2 – 1
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[2] Diagnostics and service soft switch
1. Operating procedure
(1) Entering the diagnostic mode
Press FUNC → 9 →
→ 8 → # → 7 , and the following display will appear.
ROM Ver. FKD0 After 2 sec: DIAG MODE
FKD0
Then press the START key. Select the desired item with the
key or the # key or select with the rapid key. Enter the mode with the START key.
(Diag•specifications)
FKD0
FUNC
9
8
7
DIAG MODE
START
Flash memory clear
Soft switch mode
ROM & RAM check
Aging mode
START
START
START
START
START
START
START
1
2
3
4
5
6
7
START
START Flash memory check
START
START
START
START
START
Entry data receive
Entry data send
Panel key test
Check pattern mode
Signal send mode
Memory clear mode
10
9
Auto feeder mode
All black mode
Shading mode
8
If the diag mode cannot be set, repeat the diag mode operation, per-
forming the following operation.
After the power is turned on and "ESPERE POR FAVOR" is indicated,
press the STOP key.
START
KEY
STOP
KEY
In relation with the process response (request from Production
Engineering) "ESPERE POR FAVOR" clock indication may
appear depending on STOP key timing. If the STOP key is
held down, "MEMORY CLEAR?" appears.
+
+
"Power ON"
Memory clear
(Work + Backup)
2. Diagnostic items
ITEM DIRECT
Contents
Function
No.
1
key
1
SOFT SWITCH MODE
ROM & RAM CHECK
AGING MODE
Soft switches are displayed and changed. List can be output.
ROM is sum-checked, and RAM is matched. Result list is output.
10 sheets of check patterns are output every 5 minutes per sheet.
Panel keys are tested. Result list is output.
2
2
3
3
4
4
PANEL KEY TEST
5
5
CHECK PATTERN MODE Check pattern is output.
6
6
SIGNAL SEND MODE
Various signals of FAX communication are output.
7
7
MEMORY CLEAR MODE Back-up memory is cleared, and is set at delivery.
8
8
SHADING MODE
ALL BLACK MODE
Shading compensation is performed in this mode.
9
9
To check the print head, whole dots are printed over the interval of 2 m.
10
11
12
13
14
10
−
−
−
−
AUTO FEEDER MODE Insertion and discharge of document are tested.
ENTRY DATA SEND Registered content is sent.
ENTRY DATA RECEIVE Registered content is received, and its list is output.
FLASH MEMORY CHECK Flash memory is checked.
FLASH MEMORY CLEAR Data of flash memory is cleared.
2 – 2
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3. Diagnostic items description
3. 6. Signal send mode
The mode is used to send various signals to the circuit during FAX com-
munication. Every push of START key sends a signal in the following
sequence. Moreover, the signal sound is also output to the speaker when
the line monitor of the soft switch is on.
3. 1. Soft switch mode
Used to change the soft switch settings.
The soft switch which is stored internally is set by using the keys.
The available soft switches are SW-A1 to SW-L2.
The content of soft switches is shown in page 2-5 to 2-16.
The contents are set to factory default settings.
[1] No signal (CML signal turned on)
[2] 9600bps
[3] 7200bps
[4] 4800bps
3. 2. ROM & RAM check
[5] 2400bps
ROM executes the sum check, and RAM executes the matching test.
The result will be notified with the number of short sounds of the buzzer
as well as by printing the ROM & RAM check list.
Number of short sounds of buzzer 0 → No error
1 → ROM error
[6] 300bps (FLAG)
[7] 2100Hz (CED)
[8] 1100Hz (CNG)
[9] END
2 → RAM error (32Kbyte)
3. 3. Aging mode
3. 7. Memory clear mode
If any document is first present, copying will be executed sheet by sheet.
If no document is present, the check pattern will be printed sheet by
sheet. This operation will be executed at a rate of one sheet per 5min-
utes, and will be ended at a total of 10 sheets.
This mode is used to clear the backup memory and reset to the default
settings.
3. 8. Shading mode
The mode is used for the shooting compensation. For reading, set up
the special original paper.
3. 4. Panel key test
The mode is used to check whether each key operates properly
or not. Press the key on the operation panel, and the key will be dis-
played on the display. Therefore, press all keys. At this time, finally press
the STOP key.
The shooting compensation memorizes the reference data of white and
black for reading.
Moreover, the memorized data is not erased even if memory clear mode
is executed.
When the STOP key is pressed, the keys which are not judged as
"pressed" will be printed on the result list.
3. 9. All black mode
•
LED port of the contact image sensor (CIS) is kept on during the
term from when start of the panel test mode to end with the STOP
key.
The mode is used to check the state of the printing head and inten-
tionally overheat it. Whole dots are printed over the interval of 2 m. If it is
overheated or the printing sheet is jammed, press STOP key for the end.
3. 5. Check pattern mode
3. 10. Auto feeder mode
This mode is used to check the status of print head. Two sheets of check
pattern are printed. The following information of check pattern is printed.
In this mode, a document is inserted and discharged to check the auto
feed function.
1
2
3
Vertical stripes (alternate white and black lines) Approx. 35 mm
After this mode is started, set a document, and the document feed will
be automatically tested.
Full black
Full white
Approx. 70 mm
Approx. 35 mm
3. 11. Entry data send
The mode is used to send the registered data to the other machine and
make the other machine copy the registered content.
1
Before sending in this mode, it is necessary to set the other machine at
the entry data receive mode.
The sent content is as follows. After printing is completed, the following
lists are printed.
1. Telephone list data
2. Sender register data
3. Optional setting content
4. Soft switch content
5. Junk fax number list
2
3
6. Timer reservation data (only on the model which timer reserva-
tion is possible)
RANK 0 or 1
Note:
7. Recording setting list data
There is a selection RANK 0 or 1 depending on resistance value of the
thermal head. RANK 0 or RANK 1 is printed at the tail of check pattern
to identify.
2 – 3
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3. 12. Entry data receive
3. 13. Flash memory check
In this mode, the registered data sent from the other machine are re-
ceived and the received data are registered in the own machine. When
this mode is used for receiving, the other machine must be in the entry
data send mode.
Data writing/read of flash memory is checked, and the result (OK/NG) is
printed.
3. 14. Flash memory clear
After receiving is completed, the following lists are printed.
1. Telephone list data
All data of flash memory is cleared.
The result of clear (OK/NG) is printed.
2. Sender register data (The passcode No. is also printed if the poling
function is provided.)
3. Optional setting list
4. Soft switch content
5. Junk fax number list
6. Timer reservation list (only model which timer communication is
possible)
7. Recording setting list data
4. How to make soft switch setting
To enter the soft switch mode, make the following key entries in sequence.
Press
FUNCTION
9
8
7
START
START
DATA No.
1 2 3 4 5 6 7 8
S F T SW-A1 = 0 0 0 0 0 0 0 0
S F T SW-A1 = 1 0 0 0 0 0 0 0
S F T SW-A1 = 1 0 0 0 0 0 0 0
S F T SW-A1 = 1 0 0 0 0 0 0 0
S F T SW-A1 = 1 0 0 0 0 0 0 0
Press FUNCTION key.
Press
Press
key.
key.
Bit1 - 8 are set.
Press START key during setting.
Soft SW-A2 - SW-L2 are set.
S F T SW-A2 = 0 0 0 0 0 0 0 0
S F T SW-L2 = 0 0 0 0 0 0 0 0
To finish the settings halfway between
SW-A1 and SW-L2, press the STOP
key. In this case, the setting being done
to the SW No. on display will be nullified
while settings done to the preceding
SW Nos. remain in effect.
When the COPY key is pressed, the
contents of soft switches are printed.
The soft switch mode is terminated.
2 – 4
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5. Soft switch description
• Soft switch
Switch setting and function
Initial
setting
SW
NO.
DATA
NO.
ITEM
Remarks
1
0
1
2
3
Protect from echo
No
Yes
No
No
0
0
0
Forced 4800 BPS reception
Footer print
Yes
Yes
4
Length limitation of copy/send/receive
No limit
Copy/send: 60cm
Receive: 1.5m
0
SW
l
A1
5
6
CSI transmission
No transmitted
Twice
Transmitted
0
0
DIS receive acknowledgement during G3
transmission
NSF: Once
DIS: Twice
7
8
Non-modulated carrier for V29 transmission Yes
modem
No
0
0
EOL detect timer
Modem speed
25 s
13 s
V.29
V.27 ter
9600bps 7200bps 4800bps
2400bps
1
2
3
No. 1
No. 2
No. 3
0
0
0
0
0
1
0
0
1
0
0
0
0
0
0
SW
l
4
No. 4
1
1
0
0
1
A2
5
6
Sender’s information transmit
H2 mode
No
No
Yes
Yes
0
0
7
Communication error treatment in RTN
sending mode (reception)
No communication error
Communication error
0
8
CNG transmission
No
Yes
0
CED tone signal interval
1000ms
750ms
500ms
0
75ms
0
1
2
3
No. 1
No. 2
1
1
1
0
0
0
0
1
0
MR coding
No
Yes
SW
l
A3
4
5
6
Reserved
Reserved
Reserved
0
0
0
7
8
Reserved
Reserved
0
0
1
2
3
4
5
Signal transmission level
Binary input
0
0
1
0
0
No. = 16
8
2
0
4
3
1
2
4
0
1
5
1
0
SW
l
A4
0 (-8 dBm)
6
Protocol monitor (error print)
Printed at com. err
Not printed
0
7
8
Protocol monitor
Line monitor
Yes
Yes
No
No
0
0
Digital line equalization setting (Reception)
7.2km
0km
1
2
No. 1
No. 2
1
1
0
0
1
1
SW
l
A5
3
4
Reserved
Reserved
0
0
5
6
Reserved
Reserved
0
0
7
8
Error criterion
10 ~ 20 %
Yes
5 ~ 10 %
No
0
0
Anti junk fax check
OPTION
2 – 5
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Switch setting and function
Initial
setting
SW
NO.
DATA
NO.
ITEM
Remarks
1
0
1
2
3
Auto gain control (MODEM)
End Buzzer
Enable
Yes
Disable
No
1
1
1
Disconnect the line when DIS is received in No
RX mode
Yes
SW
l
A6
4
5
Equalizer freeze control (MODEM)
On
No
Off
0
0
Equalizer freeze control 7200 BPS only
Yes
6
7
CNG transmission in manual TX mode
Initial compression scheme for sharp fax in
TX mode
Yes
No
1
0
MR mode
H2 mode
8
Reserved
0
1
2
3
4
Recall interval
Binary input
0
1
0
1
OPTION
OPTION
No. =
8
1
0
4
2
1
2
3
0
1
4
SW
l
B1
1 (5 x 60 sec = 5 min)
5
6
Recall times
Binary input
0
0
No. =
8
4
2
1
7
8
1
5
0
6
0
7
1
8
1
0
0
0 (Twice)
Dial pausing (sec/pause)
4 sec
2 sec
2
3
Reserved
Reserved
0
0
SW
l
B2
4
5
Busy tone detection (after auto dial)
Waiting time after dialing
No
Yes
1
0
90 sec
45 sec
6
7
Reserved
Reserved
0
0
8
1
Reserved
Reserved
0
0
2
3
Reserved
Reserved
0
0
SW
l
B3
4
5
Reserved
Reserved
0
0
6
7
Reserved
Reserved
0
0
8
1
Hold function
Enable
3 sec
Disable
0 sec
1
1
Auto Dial Mode Delay timer of before line
connect
2
Auto Dial Mode Delay timer of after line
connect
3.6 sec
3 sec
0
SW
l
B4
3
4
5
Dial mode
Tone
Pulse
1
1
1
OPTION
Pulse → Tone change function by key
Dial pulse make/break ratio (%)
Enable
40/60
Disable
33/67
6
7
Reserved
Reserved
0
0
8
1
Reserved
0
0
DTMF signal transmission level (Low)
Binary input
2
3
4
No. = 16
8
2
1
4
3
0
2
4
1
1
5
1
0
1
1
0
SW
l
B5
0 (0.5 x 12 = -6 dBm)
5
0
6
7
Reserved
Reserved
0
0
8
Reserved
0
2 – 6
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UX-258TH
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Switch setting and function
Initial
setting
SW
NO.
DATA
NO.
ITEM
Remarks
1
0
1
2
DTMF signal transmission level (High)
Binary input
No. = 16 8
0
0
4
2
1
3
4
5
1
0
2
3
4
5
1
1
0
SW
l
B6
0
1
1
0 (0.5 x 7 = -3.5 dBm)
6
Reserved
0
7
8
Reserved
Reserved
0
0
Reading slice (Binary)
Factory
setting
Light
Dark
Darker in
dark mode
1
2
No. 1
No. 2
0
1
0
0
1
1
0
0
0
1
Reading slice (Half tone)
Factory
setting
Light
Dark
Darker in
dark mode
SW
l
C1
3
No. 3
No. 4
0
0
1
0
0
1
1
1
0
4
5
6
0
0
0
Line density selection
Reserved
Fine
No
Standard
OPTION
OPTION
7
8
MTF correction in half tone mode
Reserved
Yes
0
0
1
Number of rings for auto receive
Binary input
0
2
3
No. =
8
1
4
2
2
3
1
4
0
0
4
5
0
0
0
1 (4 times)
1
0
SW
l
Automatic switching manual to auto receive Reception after 5 rings
No reception
OPTION
D1
mode
6
Reserved
0
7
8
Reserved
Reserved
0
0
1
2
3
4
5
Reserved
Reserved
Reserved
Reserved
Reserved
0
0
0
0
0
SW
l
D2
CI off detection timer (Distinctive ring
setting off only)
1200ms
1000ms
700ms
350ms
6
No. 6
No. 7
0
0
1
0
0
1
1
1
0
7
8
1
1
0
0
Reserved
Tel/Fax Automatic switching mode
Enable
Disable
Pseudo ringing time at phone/fax automatic
switching mode
15sec
60sec
30sec
120sec
OPTION
2
3
No. 2
No. 3
0
0
0
1
1
0
1
1
0
0
SW
l
E1
4
Number of CNG signal detection at the
phone/fax automatic switching mode
Twice
Once
1
5
6
7
CNG detect time at TEL/FAX mode
3 sec
5 sec
0
0
0
Reserved
Reserved
8
Reserved
0
2 – 7
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UX-258TH
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Switch setting and function
Initial
setting
SW
NO.
DATA
NO.
ITEM
Remarks
1
0
1
2
Pseudo ringer sound output level to the line
Binary input
0
1
No. =
8
4
2
1
4
3
4
1
0
2
1
3
0
0
1
SW
l
E2
1 (-5 dBm -5 = -10 dBm)
(-5 ~ -20 dBm setting)
5
Reserved
0
6
7
Reserved
Reserved
0
0
8
Reserved
0
DTMF detection time
50ms
80ms
0
100ms
120ms
1
No. 1
0
0
1
0
1
1
0
2
3
No. 2
Compatible
No. =
1
0
0
SW
l
F1
Protection of remote reception (5
) detect Yes
No
OPTION
OPTION
4
Remote reception with GE telephone
Not compatible
1
5
6
Remote operation code figures by external
TEL (0~9)
Binary input
0
1
8
4
2
1
7
8
5
0
6
1
7
0
8
0
1
1 (5
)
1
CNG detection in STAND-BY mode
Number of CNG detect (AM mode)
Yes
No
1
OPTION
1pulse
2pulses
3pulses
4pulses
2
3
No. 2
No. 3
0
0
0
1
1
0
1
1
0
1
Number of CNG (STAND-BY mode)
1pulse
2pulses
3pulses
4pulses
SW
l
F2
4
5
6
7
No. 4
No. 5
0
0
0
1
0
1
1
0
1
0
0
1
Fax signal detection after telephone mode dial Yes
Reserved
No
8
Reserved
0
1
2
3
4
5
6
7
8
1
2
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
0
0
0
0
0
0
0
0
0
0
SW
l
G1
3
4
Reserved
Reserved
0
0
SW
l
G2
5
6
Reserved
Reserved
0
0
7
Reserved
0
8
1
Reserved
Reserved
0
0
2
3
Reserved
Reserved
0
0
SW
l
G3
4
5
6
7
8
Reserved
Reserved
Reserved
Reserved
Reserved
0
0
0
0
0
2 – 8
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UX-258TH
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Switch setting and function
Initial
setting
SW
NO.
DATA
NO.
ITEM
Remarks
1
0
1
Busy tone detection ON/OFF time (Lower
duration)
350ms
650ms
150ms
900ms
0
0
2
Busy tone detection ON/OFF time (Upper
duration)
3
4
Reserved
0
1
Busy tone continuous sound detect time
5s
10s
Yes
SW
l
H1
5
Busy tone detect continuation sound detect No
during OGM
0
6
Busy tone detect continuation sound detect No
during ICM
Yes
Yes
Yes
0
7
8
Busy tone detect intermittent sound detect
during OGM
No
0
0
Busy tone detect intermittent sound detect
during ICM
No
Busy tone detection pulse number
2pulses
4pulses
0
6pulses
10pulses
1
No. 1
No. 2
0
0
1
0
1
1
0
2
3
1
1
0
Fax switching when A.M. full
Yes
No
OPTION
SW
l
H2
4
Busy tone detect continuation sound detect 320 - 570 Hz
frequency
320 - 460 Hz
0
5
6
7
8
Reserved
0
0
0
0
Reserved
Reserved
Reserved
ICM recording time
4min
0
15s
0
30s
1
60s
1
OPTION
1
2
No. 1
0
0
No. 2
0
1
0
1
A.M. quiet time 1
2S
3s
4s
5s
3
4
No. 3
0
0
1
1
0
0
SW
l
No. 4
0
1
0
1
I1
A.M. quiet time 2
0s
1s
2s
3s
5
No. 5
No. 6
0
0
0
1
1
0
1
1
1
6
7
0
0
Key input buzzer on/off switch (Two way
recording mode)
On
Off
8
1
Reserved
0
0
A.M. quiet detect time
Binary input
No. = 16 8
2
4
2
1
0
3
4
5
1
0
2
3
4
5
1
1
0
SW
l
I2
0
1
1
0 (6 sec)
6
7
8
Reserved
0
0
0
Reserved
Alarm during two way recording
Yes
No
2 – 9
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UX-258TH
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Switch setting and function
60s
Initial
setting
SW
NO.
DATA
NO.
ITEM
Max OGM record time
Remarks
1
0
1
2
15s
0
0
Reserved
3
4
Two way record function
Toll saver
Disable
Disable
Enable
Enable
0
0
SW
l
I3
OPTION
5
6
Reserved
Reserved
0
0
7
BOX selection to record ICM
2 digits DTMF
Disable
1digit DTMF
0
8
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
Transfer did recall
Enable
0
1
1
0
1
0
0
1
0
0
1
1
1
1
0
0
1
1
1
1
1
0
1
0
1
AGC maximum gain (line)
(10 ~ 25 dBm )
Binary input
No. =
No. =
No. =
No. =
No. =
No. =
8
1
1
4
2
1
2
3
0
1
4
1
SW
l
I4
(23 dB)
(12 dB)
(-14 dB)
(-18 dB)
(-70 dB)
AGC maximum gain (Mic)
(10 ~ 25 dBm )
Binary input
8
5
0
4
6
0
2
7
1
1
8
0
AGC eref access code (line)
Binary input
(-0 ~ -30 dBm with 2 dBm step)
8
1
0
4
2
1
2
3
1
1
4
1
SW
l
I5
AGC eref access code (Mic)
Binary input
(-0 ~ -30 dBm with 2 dBm step)
8
5
1
4
6
0
2
7
0
1
8
1
AGC again adaptation threshold (line)
(-40 ~ -70 dBm with 2 dBm step)
Binary input
8
1
1
4
2
1
2
3
1
1
4
1
SW
l
I6
AGC again adaptation threshold (Mic)
(-40 ~ -70 dBm with 2 dBm step)
Binary input
8
5
0
4
6
1
2
7
0
1
8
1
(-50 dB)
Normal
0
AGC slew rate (line)
AGC slew rate (Mic)
Slow
0
Little fast
1
Fast
1
1
2
No. 1
No. 2
0
1
0
Slow
0
1
Normal
0
0
Little fast
1
1
Fast
1
3
No. 3
1
4
5
6
No. 4
0
1
0
1
1
0
0
SW
l
I7
FAX BOX function
Disable
Enable
800 Hz ~ 1200 Hz
OPTION
Frequency of voice detection after
REMINDER dialing
800 Hz ~ 1400 Hz
Voice detection time after REMINDER dialing
100ms
0
200ms
300ms
1
400ms
1
7
No. 7
No. 8
0
1
0
8
1
2
0
0
1
0
0
0
Reserved
Reserved
3
4
5
6
Sender’s phone number setting
Reserved
Cannot change
Change allowed
0
0
0
0
SW
l
J1
Reserved
Reserved
Ringer volume
Off
0
Low
Middle
1
High
1
OPTION
7
8
No. 7
No. 8
0
1
1
0
0
0
1
2 – 10
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UX-258TH
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Switch setting and function
Initial
setting
SW
NO.
DATA
NO.
ITEM
Remarks
1
0
1
2
3
4
5
Reserved
Reserved
Polling key
Reserved
Reserved
0
0
0
0
0
Yes
NO
OPTION
OPTION
SW
l
J2
Speaker volume (5 stages)
Very Low Low
Middle
High Very High
6
7
8
1
No. 6
No. 7
No. 8
0
0
0
0
0
1
0
1
0
0
1
1
1
0
0
0
1
0
0
Reserved
Reserved
2
0
Communication results printout
(Transaction report)
Error/Timer Send only
Always
No print
OPTION
3
4
5
6
7
8
1
No. 3
No. 4
0
0
0
1
1
0
1
1
0
0
0
0
0
0
0
SW
l
J3
Reserved
Reserved
Reserved
Reserved
Entering DIAG mode by pressing SPEED
Yes
No
key
2
Reserved
0
3
4
Reserved
Reserved
0
0
SW
l
K1
5
6
Reserved
Reserved
0
0
7
8
Reserved
Reserved
0
0
OGM / ICM output level
Binary input
1
2
3
4
5
No. = 16
8
2
0
4
3
0
2
4
0
1
5
1
0
0
0
1
1
1
SW
l
L1
1 (-17 dBm)
6
Reserved
0
7
8
Reserved
Reserved
0
0
1
Reserved
0
2
3
Reserved
Reserved
0
0
SW
l
4
Reserved
0
L2
5
6
7
Reserved
Reserved
Reserved
0
0
0
8
Reserved
0
2 – 11
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SW-A2 No. 7 Communication error treatment in RTN sending mode
(Reception)
• Soft switch function description
SW-A1 No. 1 Protect from echo
Used to determine communication error treatment when RTN is sent by
occurrence of a received image error in G3 reception. When it is set to
"1", communication error is judged as no error.
Used to protect from echo in reception.
SW-A1 No. 2 Forced 4800BPS reception
SW-A2 No. 8 CNG transmission
When line conditions warrant that receptions take place at 4800 BPS
repeatedly.
When set to "0" , this model allows CNG transmission by pressing the
Start key in the key pad dialing mode. When set to "1", CNG transmis-
sion in the key pad dialing mode cannot be performed. In either case,
CNG transmission can be performed in the auto dial mode.
It may improve the success of receptions by setting at 4800BPS.
This improve the receiving document quality and reduces handshake
time due to fallback during training.
SW-A3 No. 1, No. 2 CED tone signal interval
SW-A1 No. 3 Footer print
For international communication, the 2100Hz CED tone may act as an
echo suppression switch, causing a communication problem.
When set to "1", the date of reception, the sender machine No., and the
page No. are automatically recorded at the end of reception.
Though SW-A3 No. 1 and No. 2 are normally set to 0, it should be changed
this time between the CED tone signal to eliminate the communication
problem caused by echo.
SW-A1 No. 4 Length limitation of copy/send/receive
Used to set the maximum page length.
TX
RX
To avoid possible paper jam, the page length is normally limited to 0.6
meter for copy or transmit, and 1.5 meters for receive.
CED
DIS
It is possible to set it to "No limit" to transmit a long document, such as a
computer print form, etc. (In this case, the receiver must also be set to
no limit.)
T
SW-A1 No. 5 CSI transmission
(CSI TRANSMISSION) is a switch to set whether the machine sends or
does not send the signal (CSI signal) informing its own telephone No. to
the remote fax. machine when information is received. When
"nonsending" is set, the telephone No. is not output on the remote trans-
mitting machine if the remote transmitting machine has the function to
display or print the telephone No. of receiving machine, using this CSI
signal.
SW-A3 No. 3 MR Coding
Used to select the MR coding enable or disable.
SW-A3 No. 4 ~ No. 8 Reserved
Set to "0".
SW-A4 No. 1 ~ No. 5 Signal transmission level
SW-A1 No. 6 DIS receive acknowledgment during G3 transmission
Used to control the signal transmission level in the range of-0dB to-
31dB.
Used to make a choice of whether reception of DIS (NSF) is acknowl-
edged after receiving two DISs (NSFs) or receiving one DIS (two NSFs).
It may be useful for overseas communication to avoid an echo sup-
pression problem, if set to 1.
The factory setting is at -8dB (MODEM output).
SW-A4 No. 6 Protocol monitor (Error print)
If set to "1", protocol is printed at communication error.
SW-A1 No. 7 Non-modulated carrier for V29 transmission modem
SW-A4 No. 7 Protocol monitor
Though transmission of a non-modulated carrier is not required for trans-
mission by the V29 modem according to the CCITT recommendation, it
may be permitted to a send non-modulated carrier before the image
signal to avoid and echo suppression problem. It may be useful for over-
seas communication to avoid an echo suppression problem, if set to 1.
Normally set to "0". If set to "1", communication can be checked, in case
of troubles, without using a G3 tester or other tools.
When communication FSK data transmission or reception is made, the
data is taken into the buffer. When communication is finished, the data is
analyzed and printed out. When data is received with the line monitor
(SW-A4 No. 8) set to "1" the reception level is also printed out.
SW-A1 No. 8 EOL (End Of Line) detect timer
Used to make a choice of whether to use the 25-second or 13-second
timer for detection of EOL.
SW-A4 No. 8 Line monitor
This is effective to override communication failures with some facsimile
models that have longer EOL detection.
Normally set to "0". If set to "1", the transmission speed and the recep-
tion level are displayed on the LCD. Used for line tests.
SW-A2 No. 1 ~ No. 4 Modem speed
SW-A5 No. 1, No. 2 Digital line equalization setting (Reception)
Used to set determine the initial modem speed. The default is 9600BPS.
It may be necessary to program it to a slower speed when frequent line
fallback is encountered, in order to save the time required for fallback
procedure.
Line equalization when reception is to be set according to the line char-
acteristics.
Setting should be made according to distance between the telephone
and the telephone company central switching station.
SW-A2 No. 5 Sender’s information transmit
SW-A5 No. 3 ~ No. 6 Reserved
(SENDER’S INFORMATION TRANSMISSION) is a switch to set the
function to print the content of HEADER PRINT described in the passcode
list at the front end of receiver’s original when original is sent to the
remote machine.
Set to "0".
SW-A5 No. 7 Error criterion
Used to select error criterion for sending back RTN when receiving im-
age data.
If this switch is set to "NO", the HEADER PRINT is not output at the
receiving machine.
SW-A5 No. 8 Anti junk fax check
SW-A2 No. 6 H2 mode
When use the Anti junk fax function, set to "1".
Used to determine reception of H2 mode (15 sec transmission mode).
When set to OFF, H2 mode reception is inhibited even though the trans-
mitting machine has H2 mode function.
SW-A6 No. 1 Auto gain control (MODEM)
When this mode is enabled, if the reception signal level is under 31dBm.
The modem itself controls the signal gain automatically.
2 – 12
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SW-A6 No. 2 End buzzer
SW-B4 No. 2 Auto dial mode Delay timer of after line connect
Setting this bit to 0 will disable the end buzzer (including the error buzzer/
on-hook buzzer).
Delay time between the line connection and dial data output under the
auto dial mode.
DIAL DATA
SW-A6 No. 3 Disconnect the line when DIS is received in RX mode
RAPID01
CML RELAY ON
Bit1= 0: When DIS signal is received during RX mode, disconnected the
line is immediately.
Bit1= 1: When DIS signal is received during RX mode, wait the next
signal.
0 : 3 sec
1 : 3.6 sec
SW-B4 No. 3 Dial mode
SW-A6 No. 4 Equalizer freeze control (MODEM)
When using the pulse dial, set to 0. When using the tone dial, set to 1.
key
When setting to 1, the mode is changed by pressing the key from the
pulse dial mode to the tone dial mode.
This switch is used to perform reception operation by fixing the equal-
izer control of modem for the line which is always in unfavorable state
and picture cannot be received.
SW-B4 No. 4 Pulse → Tone change function by
*
Usually, the control is executed according to the state of line where
the equalizer setting is changed always.
SW-B4 No. 5 Dial pulse make/break ratio (%)
When using the 33 % make ratio pulse dial, set to "0".
When using the 40 % make ratio pulse dial, set to "1".
SW-A6 No. 5 Equalizer freeze control 7200BPS only
Setting which specifies SW-A3 No. 6 control only in the condition of
7200BPS modem speed.
SW-B4 No. 6 ~ No. 8 Reserved
Set to "0".
SW-A6 No. 6 CNG transmission in manual TX mode
When set to "1", fax transmit the CNG signal in case of manual trans-
mission mode (User press the START key after waiting the fax answer-
ing signal from handset or speaker).
SW-B5 No. 1 ~ No. 5 DTMF signal transmission level (Low)
The transmission level of DTMF signal is adjusted. (lower frequency)
00000: 0dBm
SW-A6 No. 7 Initial compression scheme for sharp fax in TX mode
↓
When set to "0", if the other fax is Sharp model, fax transmit the docu-
ment by H2 mode. When set to "1", even if the other fax is Sharp model,
fax transmit the document by MR mode.
11111: -15.5dBm (-0.5dBm x 31)
SW-B5 No. 6 ~ No. 8 Reserved
SW-A6 No. 8 Reserved
Set to "0".
Set to "0".
SW-B6 No. 1 ~ No. 5 DTMF signal transmission level (High)
SW-B1 No. 1 ~ No. 4 Recall interval
The transmission level of DTMF signal is adjusted. (higher frequency)
Choice is made for a redial interval for speed and rapid dial calls.
Used a binary number to program this. If set to 0 accidentally, 1 will be
assumed.
00000: 0dBm
↓
11111: -15.5 dBm (-0.5dBm x 31)
SW-B1 No. 5 ~ No. 8 Recall times
SW-B6 No. 6 ~ No. 8 Reserved
Choice is made as to how many redials should be.
Set to "0".
SW-B2 No. 1 Dialing pause (sec/pause)
SW-C1 No. 1, No. 2 Reading slice (Binary)
Pauses can be inserted between telephone numbers of direct dial con-
nection. Selection of 4 sec or 2 sec pause is available.
Used to determine the set value of reading density in standard/fine mode.
The standard setting is "00" (Factory setting is "00")
SW-B2 No. 2, No. 3 Reserved
SW-C1 No. 3, No. 4 Reading slice (Half tone)
Set to "0".
Used to determine the set value of reading density in half tone mode.
The standard setting is "00" (Factory setting is "00")
SW-B2 No. 4 Busy tone detection (after auto dial)
Used to set YES/NO of busy tone detection after auto dialing.
SW-C1 No. 5 Line density selection
SW-B2 No. 5 Waiting time after dialing
Used to set the transmission mode which is automatically selected when
the Resolution key is not pressed. In the copy mode, however, the fine
mode is automatically selected unless the Resolution key is manually
set to another mode.
This is waiting time for the opponent’s signals after dialing.
When set to "0", waiting time is 45 sec.
When set to "1", waiting time is 90 sec.
SW-C1 No. 6 Reserved
SW-B2 No. 6 ~ No. 8 Reserved
Set to "0".
Set to "0".
SW-C1 No. 7 MTF correction in half tone mode
SW-B3 No. 1 ~ No. 7 Reserved
This allows selection of MTF correction (dimness correction) in the half
tone mode.
Set to "0".
When "NO" (=1) is selected, the whole image becomes soft and mild.
On the contrary, however, clearness of characters will be reduced. Nor-
mally set to "YES" (=0).
SW-B3 No. 8 Hold function
Used to set YES/NO of holding function by the HOLD key.
SW-B4 No. 1 Auto dial mode Delay timer of before line connect
SW-C1 No. 8 Reserved
Delay time between the dial key input and line connection under the
auto dial mode.
Set to "0".
RAPID01
CML RELAY ON
DIALLING
0 : 0sec
1 : 3sec
2 – 13
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SW-D1 No. 1 ~ No. 4 Number of rings for auto receive
SW-F1 No. 3 Protection of remote reception (5
) detect
). When set to "1",
When the machine is set in the auto receive mode, the number of rings
before answering can be selected. It may be set from one to nine rings
using a binary number. Since the facsimile telephone could be used as
an ordinary telephone if the handset is taken off the hook, it should be
programmed to the user’s choice. If the soft switch was set to 1, direct
connection is made to the facsimile. If a facsimile calling beep was heard
when the handset is taken off the hook, press the START key and put
the handset on the hook to have the facsimile start receiving. If it was
set to 0 accidentally, receive ring is set to 1.
NOTE: If the machine is set to answer after a large number of rings, it
may not be able to receive faxes successfully. If you have diffi-
culty receiving faxes, reduce the number of rings to a maximum
of 5.
Used to set the function of remote reception (5
the remote reception function is disabled.
SW-F1 No. 4 Remote reception with GE telephone
(Corresponding to TEL made by GE) P. B. X.
"1": Compatible with TEL mode by GE
"0": Not compatible
•
•
When sending (5
tured telephone remote reception may not take place because of
special specifications in their DTMF.
To overcome this, a soft SW is provided to change the modem set-
ting to allow for remote reception.
) for remote reception with a GE manufac-
SW-D1 No. 5 Automatic switching manual to auto receive mode
If this soft SW is set to "1", other telephone sets may be adversely
affected.
This soft switch is used to select whether the machine should switch to
the auto receive mode after 5 rings in the manual receive mode or re-
main in the same way as SW-D1 No. 1, No. 2, No. 3 and No. 4 "0"1"0"1"(5
rings).
SW-F1 No. 5 ~ No. 8 Remote operation code figures by external
TEL (0 ~ 9)
Remote operation codes can be changes from 0 through 9. If set to
SW-D1 No. 6 ~ No. 8 Reserved
greater than 9, it defaults to 9. The "5
Ex-7 (Default: 5
" is not changed.
Set to "0".
)
SW-D2 No. 1 ~ No. 5 Reserved
SW-F2 No. 1 CNG detection in STAND-BY mode
Set to "0".
When setting to "1", the CNG signal detection function during standby
stops.
SW-D2 No. 6, No. 7 CI off detection timer (Distinctive ring setting
off only)
SW-F2 No. 2, No. 3 Number of CNG detect (AM mode)
Set the minimum time period of CI signal interruption which affords to be
judged as a CI OFF section.
Used for detection of CNG in 1 to 4 pulses.
SW-F2 No. 4, No. 5 Number of CNG (STAND-BY mode)
A
B
Used for detection of CNG in 1 to 4 pulses.
SW-F2 No. 6 Fax signal detection after telephone mode dial
400msec
1
2000msec
2
When set to "1", if machine detect the fax answering signal after tel-
ephone calling (handset off-hook or speaker mode dial), machine start
to receive the documents automatically.
SW-D2 No. 8 Reserved
Set to "0".
SW-E1 No. 1 Tel/Fax Automatic switching mode
SW-F2 No. 7, No. 8 Reserved
Set to "0".
Used to set auto TEL/FAX switching mode or to set the normal fax mode.
SW-G1 No. 1 ~ No. 8 Reserved
SW-E1 No. 2, No. 3 Pseudo ringing time at the phone/fax automatic
switching mode
Set to "0".
SW-G2 No. 1 ~ No. 8 Reserved
Choice is made as to how long to rumble the dummy ringer on TEL/FAX
automatic switching mode.
Set to "0".
SW-G3 No. 1 ~ No. 8 Reserved
SW-E1 No. 4 Number of CNG signal detection at the phone/fax
automatic switching mode
Set to "0".
Used for detection of CNG in one tone or two tones in the TEL/FAX
automatic switching mode.
SW-H1 No. 1 Busy tone detection ON/OFF time (Lower duration)
The initial value of detection is set according to electric condition.
SW-E1 No. 5 CNG detect time at TEL/FAX mode
The set value is changed according to the local switch board. (Erro-
neous detection of sound is reduced.)
The switch which sets the time from the start of CNG detection to the
end of detection.
Normally the upper limit is set to 900msec, and the lower limit to 150msec.
SW-E1 No. 6 ~ No. 8 Reserved
If erroneous detection is caused by sound, etc., adjust the detection
range.
Set to "0".
SW-E2 No. 1 ~ No. 4 Pseudo ringer sound output level to the line
The lower limit can be set in the range of 350msec to 150msec.
Used to adjust sound volume of pseudo ringer to the line (ring back
tone) generated on selecting TEL/FAX. Setting is the reduce level from
-5 dBm output level.
SW-H1 No. 2 Busy tone detection ON/OFF time (Upper duration)
Similarly to SW-H1 No. 1, the set value can be varied.
The upper limit can be set in the range of 650msec to 900msec.
SW-E2 No. 5 ~ No. 8 Reserved
Set to "0".
SW-H1 No. 1
SW-H1 No. 2
Detection range
SW-F1 No. 1, No. 2 DTMF detect time
0
0
1
1
0
1
0
1
150msec ~ 900msec
150msec ~ 650msec
350msec ~ 900msec
350msec ~ 650msec
Used to set detect time of DTMF (Dual Tone Multi Frequency) used in
remote reception (5
).
The longer the detect time is, the less the error detection is caused by
noises.
2 – 14
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SW-H1 No. 3 Reserved
SW-I2 No. 8 Alarm during two way recording
Set to "0".
When set to “1”, alarm sound is given to remote side during two way
recording.
SW-H1 No. 4 Busy tone continuous sound detect time
SW-I3 No. 1 Max OGM record time
Set detecting time busy tone continuous sound for 5 seconds or 10 sec-
onds.
Used to select the maximum OGM recording time (1 = 15 sec, 0 = 60
sec).
SW-H1 No. 5 Busy tone detect continuation sound detect during
OGM
SW-I3 No. 2 Reserved
Used to detect the continuous tone of specific frequency during OGM
output.
Set to “0”.
SW-I3 No. 3 Two way record function
SW-H1 No. 6 Busy tone detect continuation sound detect during
ICM
If this switch is set to “1”, machine doesn’t work two way recording
function.
Used to detect the continuous tone of specific frequency during ICM
recording.
SW-I3 No. 4 Toll saver
Used to turn on the toll saver function. If it is off, the reception frequency
in the AM mode is identical with that in the FAX mode.
SW-H1 No. 7 Busy tone detect intermittent sound detect during
OGM
SW-I3 No. 5, No. 6 Reserved
Used to detect the intermitten tone of specific frequency during OGM
output.
Set to “0”.
SW-I3 No. 7 BOX selection to record ICM
This switch is selection to digit of BOX selection code (DTMF code).
1-digit: Input of box number (1-3)
SW-H1 No. 8 Busy tone detect intermittent sound detect during
ICM
Used to detect the intermittent tone of specific frequency during ICM
recording.
2-digit: Input of box number (01-03)
SW-H2 No. 1, No. 2 Busy tone detection pulse number
Note: In case of 1-digit, the DTMF code can be accepted for 4 seconds
from the beginning of ICM.
Used to set detection of Busy tone intermittent sounds.
BEEP
1S
OGM OUT PUT
MAX 60S
ICM RECORDING
SW-H2 No. 3 Fax switching when A.M. full
If the answering machine’s memory (tape) is full and there is no re-
sponse, the machine automatically switches to Fax reception.
4S
1 digit
2 digit
For 4 seconds from the beginning of ICM
SW-H2 No. 4 Busy tone detect continuation sound detect frequency
OGM/ICM
Set detecting frequency of busy tone continuation sound for 320 ~ 570
Hz or 320 ~ 460 Hz.
SW-I3 No. 8 Transfer dial recall
If this switch is set to “1”, machine disable redial in Transfer function.
SW-H2 No. 5 ~ No. 8 Reserved
SW-I4 No. 1 ~ No. 4 AGC maximum gain (Line)
(10~25dBm)
Set to "0".
SW-I1 No. 1, No. 2 ICM recording time
The AGC Maximum Gain limits the gain applied by the AGC. Message
with average energy below the AGC Energy Reference Level will have
their average energy level increased by no more than theAGC Maximum
Gain. The AGC Maximum Gain should average energy of the message
with the lowest average energy to the AGC Energy Reference Level.
Used to select the incoming message recording time among 15sec/
30sec/60sec/4min.
SW-I1 No. 3, No. 4 A.M. quiet time 1
Used to select four kinds of no sound time (2 sec ~ 5 sec) after reception
in the T. A. D mode until OGM is output.
SW-I4 No. 5 ~ No. 8 AGC maximum gain (Mic)
(10~25dBm)
Reception
OGM output
ICM recording
The AGC Maximum Gain limits the gain applied by the AGC. Message
with average energy below the AGC Energy Reference Level will have
their average energy level increased by no more than theAGC Maximum
Gain. The AGC Maximum Gain should average energy of the message
with the lowest average energy to the AGC Energy Reference Level.
2 sec~ 5 sec ( SW-I1No. 3, No. 4)
SW-I1 No. 5, No. 6 A.M. quiet time 2
Used to select four kinds of no sound time (0 sec ~ 3 sec) after OGM
output the T. A. D mode until ICM recording is started.
SW-I5 No. 1 ~ No. 4 AGC eref access code (Line)
(-0~-30dBm with 2dBm step)
Reception
OGM output
ICM recording
The AGC Energy Reference Level controls the playback level. Any
message having average speech energy above the energy reference
level has its playback level attenuated, and any level has its playback
level increased. If the playback level is too high (low), then decreasing
(increasing) the AGC energy Reference level will achieve the desired
level.
0 sec~3 sec (SW-I1 No. 5, No. 6)
SW-I1 No. 7 key input buzzer on/off switch (Two way recording
mode)
Used to turn ON/OFF key input buzzer in the TWO-WAY recording mode.
SW-I5 No. 5 ~ No. 8 AGC eref access code (Mic)
(-0~-30dBm with 2dBm step)
SW-I1 No. 8 Reserved
The AGC Energy Reference Level controls the playback level. Any
message having average speech energy above the energy reference
level has its playback level attenuated, and any level has its playback
level increased. If the playback level is too high (low), then decreasing
(increasing) the AGC energy Reference level will achieve the desired
level.
Set to “0”.
SW-I2 No. 1 ~ No. 5 A.M. quiet detect time
Used to set no sound time (0 sec - 32 sec) during the T. A. D. mode
operation.
SW-I2 No. 6, No. 7 Reserved
Set to “0”.
2 – 15
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SW-I6 No. 1 ~ No. 4 AGC gain adaptation threshold (Line)
(-40~-70dBm with 2dBm step)
SW-J1 No. 1, No. 2 Reserved
Set to "0".
The AGC adjusts the amount of gain applied to the incoming message
only when the average energy exceeds the AGC Gain Adaptation
Threshold. The AGC Gain Adaptation Threshold prevents message
background noise from corrupting the gain provided that the AGC Gain
Adaptation Threshold is greater than the background noise energy. In
the event that a message has background noise energy greater than
the AGC Gain Adaptation Threshold, the AGC Gain can be no greater
than the AGC Maximum Gain. Note that the AGC Gain Adaptation
Threshold must always be greater than the RPACS VOX Turn-On
Threshold).
SW-J1 No. 3 Sender’s phone number setting
Used to make a choice of whether the registered sender’s phone number
can be changed or not. If the switch is set to "1", new registration of the
sender’s phone number is disabled to prevent accidental wrong input.
SW-J1 No. 4 ~ No. 6 Reserved
Set to "0".
SW-J1 No. 7, No. 8 Ringer volume
Used to adjust ringing volume.
SW-I6 No. 5 ~ No. 8 AGC gain adaptation threshold (Mic)
(-40~-70dBm with 2dBm step)
SW-J2 No. 1, No. 2 Reserved
Set to "0".
The AGC adjusts the amount of gain applied to the incoming message
only when the average energy exceeds the AGC Gain Adaptation
Threshold. The AGC Gain Adaptation Threshold prevents message
background noise from corrupting the gain provided that the AGC Gain
Adaptation Threshold is greater than the background noise energy. In
the event that a message has background noise energy greater than
the AGC Gain Adaptation Threshold, the AGC Gain can be no greater
than the AGC Maximum Gain. Note that the AGC Gain Adaptation
Threshold must always be greater than the RPACS VOX Turn-On
Threshold.
SW-J2 No. 3 Polling key
If this switch is set to 1, the last of Rapid key works as polling key.
SW-J2 No. 4, No. 5 Reserved
Set to "0".
SW-J2 No. 6 ~ No. 8 Speaker volume (5 stages)
Used to adjust sound volume from a speaker.
SW-J3 No. 1, No. 2 Reserved
SW-I7 No. 1, No. 2 AGC slew rate (Line)
Set to "0".
The AGC Slew Rate controls the convergence of the message playback
level to the desired playback level. A large slew rate will allow faster
convergence and a small slew rate will allow slower convergence.
SW-J3 No. 3, No. 4 Communication result printout (Transaction re-
port)
It is possible to obtain transaction results after each communication.
Normally, the switch is set (No. 1: 0, No. 2: 0) so that the transaction
report is produced only when a communication error is encountered. If
No. 1 was set to 1 and No. 2 to 0, the transaction report will be produced
every time a communication is done, even if the communication was
successful.
SW-I7 No. 3, No. 4 AGC slew rate (Mic)
The AGC Slew Rate controls the convergence of the message playback
level to the desired playback level. A large slew rate will allow faster
convergence and a small slew rate will allow slower convergence.
SW-I7 No. 5 FAX BOX function
Setting No. 1 to 1 and No. 2 to 1 will disable this function. No transaction
report printed.
FAX BOX function YES/NO is set.
SW-J3 No. 5 ~ No. 8 Reserved
Energy
reference
threshold
Set to "0".
SW-K1 No. 1 Entering DIAG mode by pressing SPEED key
Maximum
Output
gain
Abit which is used in the production process only. When the SPEED key
is pressed, the switch is changed from the stand-by state to the DIAG
mode.
Gain
(dB)
adaptive
threshold
SW-K1 No. 2 ~ No. 8 Reserved
Set to "0".
SW-L1 No. 1 ~ No. 5 OGM/ICM output level
Energy
Energy
Energy
Gain
reference
reference reference
Used to control OGM and ICM output level.
adaptive
threshold
(...+25dB)
threshold threshold
(...Maximum
gain)
threshold
SW-L1 No. 6 ~ No. 8 Reserved
Set to "0".
Input(dB)
SW-L2 No. 1 ~ No. 8 Reserved
RPACS AGC Parameter operation envelope
Set to "0".
SW-I7 No. 6 Frequency of voice detection after REMINDER dialing
When reminder calling, machine will detect the voice signal and start to
send the reminder voice message. This switch is used to select the voice
detecting frequency range.
When set to "0", machine detect the 800 ~ 1200 Hz as voice.
When set to "1", machine detect the 800 ~ 1400 Hz as voice.
SW-I7 No. 7, No. 8 Voice detection time after REMINDER dialing
This switch is used how long time coming voice frequency is judged as
voice.
2 – 16
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[3] Troubleshooting
Refer to the following actions to troubleshoot any of problems mentioned
in 1-4.
•
•
•
•
Apply line equalization SOFT SWITCH A5-1, 2.
May be used in case [1] [2] [3] [4].
[1] A communication error occurs.
Slow down the transmission speed SOFT SWITCH A2-1, 2, 3,
4. May be used in case [2] [3].
[2] Image distortion produced.
[3] Unable to do overseas communication.
[4] Communication speed slow due to FALLBACK.
Replace the TEL/LIU PWB.
May be used in all cases.
Replace the control PWB.
May be used in all cases.
•
•
Increase the transmission level SOFT SWITCH A4-1, 2, 3, 4, 5.
May be used in case [1] [2] [3].
*
If transmission problems still exist on the machine, use the following
format and check the related matters.
Decrease the transmission level SOFT SWITCH A4-1, 2, 3, 4,
5. May be used in case [3].
TO:
CC:
FM:
ATT:
ATT:
Ref.No. :
Date
Dept
Sign
:
:
:
Ref.No.:
Date:
***** Facsimile communication problem *****
From: Mr.
Fax Tel No.:
Our customer
Name
Tel No.
Address
Fax No.
Contact person
Name
Model name
Tel No.
Other party
Problem mode
Frequency:
Address
Fax No.
Contact person
Line: Domestic / international
Model name
Phase: A, B, C, D.
Model:
G3
Automatic reception / Manual reception
Automatic dialing / Manual dialing / Others
Reception / Transmission
%
ROM version:
Other party
Please mark problem with an X.
No problem is: 0.
Confirmation
item
Our customer
B1
B2
A1 A2 B1 B2 C1 C2 D1 D2 E1 E2
C1
D2
A1
A2
Transmission level setting is (
customer
) dB at our
C2
D1
Other party's service
E1
E2
Transmission level (
Reception level (
) dBm
) dBm
Our service
By level meter at B1 and B2
Comment
Countermeasure
**** Please attach the G3 data and activity report on problem. ****
* Please complete this report before calling the “TAC” hotline if problem still occurs.
2 – 17
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[4] Error code table
1. Communication error code table
G3 Transmission
Code
Final received signal
Error Condition (Receiver side)
Cannot recognize bit stream after flag
0
Incomplete signal frame
1
2
NSF, DIS
CFR
Cannot recognize DCS signal by echo etc.
Cannot recognize NSS signal (FIF code etc)
Disconnects line during reception (carrier missing etc)
3
4
FTT
Disconnects line by fall back
MCF
Disconnects line during reception of multi page
Cannot recognize NSS, DCS signal in the case of mode change
5
PIP or PIN
The line is hung up without replying to telephone request from the receiving party.
6
RTN or RTP
Cannot recognize NSS, DCS signal after transmit RTN or RTP signal.
No response in receiver side or DCN signal received* (transmitter side)
7
8
No signal or DCN
−
Owing to error in some page the error could not be corrected although the specified number of
error retransmission was at tempted.
11
−
Error occurred after or while reception by the remote (receiving) machine was revealed to be
impossible.
12
13
−
−
Error occurred just after fallback.
Error occurred after a response to retransmission end command was received.
G3 Reception
Code
0
Final received signal
Error Condition (Receiver side)
Incomplete signal frame
Cannot recognize bit stream after flag
1
NSS, DCS
Cannot recognize CFR or FTT signal
Disconnects line during transmission (line error)
Cannot recognize NSS signal (FIF code etc)
2
3
NSC, DTC
EOP
Cannot recognize MCF, PIP, PIN, RTN, RTP signal
4
5
EOM
MPS
Cannot recognize MCF, PIP, PIN, RTN, RTP signal in the case of mode change
The line is hung up without replying to communication request.
6
7
PR1-Q
Cannot recognize PIP, PIN signal in the case of TALK request
No signal or DCN
No response in transmitter (cannot recognize DIS signal) or DCN signal received* (receiver side)
8
9
−
−
Error occurred upon completion of reception of all pages.
Error occurred when mode was changed or Transmission/Reception switching was performed.
10
11
−
−
Error occurred during partial page or physical page reception.
Error occurred after or during inquiry from the remote (transmitting) machine as to whether
reception is possible or not.
12
13
−
−
Error occurred during or just after fallback.
Error occurred after the retransmission end command was received.
2 – 18
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3-2. Automatic document feed
CHAPTER 3. MECHANISM BLOCKS
1) Use of the paper feed roller and separation rubber plate ensures er-
ror-free transport and separation of documents. The plate spring
presses the document to the paper feed roller to assure smooth feed-
ing of the document.
[1] General description
2) Document separation method: Separation rubber plate
1. Document feed block and diagram
Separator rubber
Paper feed spring
Separator rubber
Paper feed spring
Rear roller A/B
Transfer roller
Document
Document
Paper feed roller
Paper feed roller
CIS
Pinch roller
Fig. 3
3-3. Documents applicable for automatic feed
Fig. 1
Square
4x6 series
meter series
(788mm x 1091mm x
1000mm sheets)
2. Document feed operation
Minimum Maximum Minimum Maximum
10 sheets, max.
1) The document placed in the hopper actuates the document sensor.
After one second, the pulse motor starts to drive the paper feed roller.
The document is automatically taken up into the machine, and stopped
at the document sensor.
Feeder capacity
Paper weight
45kg
64.3kg
52g/m2
74.3g/m2
Paper thickness (ref.) 0.06mm
Paper size
0.09mm
0.06mm
0.09mm
2) When a specified number of pulses are received from the document
sensor after the document lead edge is sensed, scanning is started.
1/2 Letter (148mm x 140mm) ~
A4 (210mm x 297mm), Letter (216mm x 279mm)
3) When a specified number of pulses are received from the document
sensor after the document rear edge is sensed, scanning is termi-
nated and the document is fed through.
NOTE: Double-side coated documents and documents on facsimile re-
cording paper should be inserted manually. The document feed
quantity may be changed according to the document thickness.
4) If the document sensor is active (i.e., another document is in the
hopper), when the preceding document scanning is completed and it
is fed out, the next document is taken up into the machine. If the
document sensor is not active (i.e., there is no document in the hop-
per), when the document is fed out, the operation is terminated.
Documents corresponding to a paper weight heavier than 64.3kg (74.3g/
m2 ) and lighter than 135kg (157g/m2 ) are acceptable for manual feed.
Documents heavier than 135kg in terms of the paper weight must be
duplicated on a copier to make it operative in the facsimile.
3-4. Loading the documents
3. Hopper mechanism
3-1. General view
1) Make sure that the documents are of suitable size and thickness, and
free from creases, folds, curls, wet glue, wet ink, clips, staples and
pins.
2) Place documents face down in the hopper.
i) Adjust the document guides to the document size.
ii) Align the top edge of documents and gently place them into the
hopper. The first page under the stack will be taken up by the feed
roller to get ready for transmission.
NOTES: 1) Curled edge of documents, if any, must be straighten
out.
2) Do not load the documents of different sizes and/or
thicknesses together.
Separator rubber
Last page of document
Back of document
Paper feed spring
Fig. 2
The hopper is used to align documents with the document guides ad-
justed to the paper width.
NOTE: Adjust the document guide after setting up the document.
First page of document
Paper feed roller
Fig. 4
3 – 1
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3-5. Documents requiring use of document carrier
1) Documents smaller than B6 (128mm x 182mm).
5. Recording block
5-1. General view
2) Documents thinner than the thickness of 0.06mm.
RECORDING BLOCK (NON CUTTER MODEL)
Scanner frame
3) Documents containing creases, folds, or curls, especially those whose
surface is curled (maximum allowable curl is 5mm).
Thermal head
4) Documents containing tears.
Paper guide upper
5) Carbon-backed documents. (Insert a white sheet of paper between
the carbon back and the document carrier to avoid transfer of carbon
to the carrier.)
6) Documents containing an easily separable writing material (e.g., those
written with a lead pencil).
Recording paper
Paper support
7) Transparent documents.
8) Folded or glued documents.
Platen roller
RECORDING BLOCK (CUTTER MODEL)
Document in document carrier should be inserted manually into the
feeder.
Scanner frame
Thermal head
4. Document release
4-1. General
When the release lever is pulled by hand in the direction of arrow, the
latch is released and the upper document guide moves on its axis in the
derection of the arrow. The feed rollers, the separation rubber plate, and
the pinch rollers become free to make it possible to remove the docu-
ment.
Recording paper
Paper support
Platen roller
4-2. Cross section view
Cutter cover
Cutter guide
Cutter unit
Fig. 6
5-2. Driving
Operation panel unit
Via the pulse motor gear shaft, the reduction gear, and the recording
paper feed gear, rotation of the pulse motor is conveyed to the recording
paper feed roller to feed the recording paper.
Scanner frame unit
PWB case unit
5-3. Recording
Use of a thermal head permits easier maintenance and low operating
costs.
1) Thermal head
The thermal head consists of 1728-dot heat elements arranged in a sin-
gle row and has the resolution of 8 dots/mm. The maximum recording
speed is 10ms/line. The thermal head also incorporates a 1728-dot shift
register latch and output control driver circuit. Low power consumption
is achieved by dividing the head into nine segments.
2) Structure of the recording mechanism
Recording is accomplished by pressing the thermal head on the record-
ing paper against the platen roller.
Lower cabinet
The main scan (horizontal) is electronically achieved, while the subscan
(vertical) is achieved by moving the recording paper by the recording
platen roller.
Fig. 5
Usually, the cause for uneven print tone is caused by misalignment of
the thermal head or uneven contact with the roller.
It can be checked in the following manner.
1) Check if the thermal head power and signal cables are properly routed.
2) Check that the thermal head pivot moves smoothly up and down.
3) Check that the thermal head support bracket is secured without any
play.
4) Check to see that the recording platen roller has proper concentricity,
in the case of a print tone variation evenly repeated down the page.
5) Replace the thermal head with a new one and check to see if the
same trouble occurs.
3 – 2
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[2] Disassembly and assembly procedures
•
•
This chapter mainly describes the disassembly procedures. For the assembly procedures, reverse the disassembly procedures.
Easy and simple disassembly/assembly procedures of some parts and units are omitted. For disassembly and assembly of such parts and units,
refer to the Parts List.
•
•
The numbers in the illustration, the parts list and the flowchart in a same section are common to each other.
To assure reliability of the product, the disassembly and the assembly procedures should be performed carefully and deliberately.
Parts list (Fig. 1)
1
Handset cover and paper support guide
No.
1
Part name
Mechanism unit
Handset cover
Q’ty No.
Part name
Anti curl spring
PO pinch roller
Q’ty
2
7
8
9
1
1
1
2
1
1
2
2
3
Hook switch lever
Screw (ø3×12)
Paper sensor lever
1
4
10 Paper sensor lever spring
11 Guide sheet
1
5
Paper support guide unit
Anti curl shaft
2
12 Paper support guide
1
6
1
9
11
6
10
2
3
4
5
8
9
12
8
11
6
7
10
11
7
8
7
3
12
Lock the all hook
(4place)
4
4
1
2
5
5
Hook
Hook
1
Fig. 1
3 – 3
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Parts list (Fig. 2)
2
PWB case top, bottom and PWB
No.
1
Part name
Q’ty No.
Part name
Screw (4×6)
Q’ty
1
Mechanism unit
Screw (3×6)
1
1
1
2
1
1
2
1
9
2
10 AC cord ass’y
11 Screw (3×6)
1
3
Head earth cable
Connector
1
12 TEL ARG cable
1
4
5
Screw (3×10)
PWB case unit
Screw (3×10)
PWB case, top
13 Power supply PWB unit
14 TEL/LIU PWB unit
15 Rubber leg
1
1
2
1
6
7
16 PWB case, bottom
8
1
8
AC cord
earth cable
2
3
4
5
6
7
8
9
12
13
14
45˚
10 15
11 16
12
14
11
9
10
3
2
Rib
13
3
4
4
15
16
7
7
Control
PWB
5
6
1
Fig. 2
3 – 4
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Parts list (Fig. 3)
3
Operation panel unit and scanner frame
No.
1
Part name
Q’ty No.
Part name
Feed roller
Q’ty
1
Mechanism unit
1
2
1
1
1
1
1
1
9
2
Screw (3×10)
10 CIS cable
1
3
Scanner frame unit
Document guide lower
Reduction gear, 17/36Z
Reduction gear, 17/21Z
Idler gear, 25Z
11 CIS support, right
12 CIS unit
1
1
4
5
13 CIS support, left
14 CIS spring
1
6
2
7
15 Scanner frame
16 Panel and head cable
17 Operation panel unit
1
2
8
Feed roller shaft
1
Hook
1
8
2
3
4
5
6
7
8
9
10 14
11 15
12
Mount the CIS unit
by inserting a screw-
driver between the
scanner frame and
CIS support and
turning it (the same
method on the left
and right sides).
8
7
9
5
6
4
16
17
13
Screwdriver
14
10
Hook
13
14
12
17
15
CIS support
11 13
11
Hook
3
,
2
2
2
3
1
16
16
Stopper plate
2
3
1
1
Fig. 3
3 – 5
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Parts list (Fig. 4)
Document guide upper unit and head
frame
4
No.
1
Part name
Q’ty No.
Part name
Q’ty
1
Operation panel unit
Screw (3×10)
Support plate
Document guide upper
unit
1
2
1
1
11 Head support, right
12 Screw (3×6)
2
1
3
13 Head earth cable
14 Head support, left
15 Thermal head
16 Pinch roller shaft
17 Pinch roller
1
1
4
1
5
6
7
8
9
Screw (3×10)
Head sheet
2
1
1
2
3
1
1
2
18 Pinch roller pressing
spring
2
Head cable
Head spring A
Head spring B
19 Head frame
1
10 Screw (3×6)
1
1
2
3
4
5
6
7
8
9
12
13
14
4
10 15
11 16
17
2
18
2
16
18
19
17
18
19
5
8
12
14
13
7
3
5
13
9
8
10
14
11
A
15
B
View:A
View:B
6
Fig. 4
3 – 6
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Parts list (Fig. 5)
5
Document guide upper
No.
1
Part name
Q’ty No.
Part name
Q’ty
1
10 Panel lock lever
11 Document sensor lever
spring
Rear sheet
1
1
1
1
1
1
1
1
1
2
CIS gear, 29Z
1
3
CIS roller A ass’y
Transfer bearing
CIS roller B ass’y
Transfer roller
4
12 Document sensor lever
13 Separate spring
14 Separator plate
15 Paper feed spring
16 Separator rubber
17 Document guide upper
1
1
1
1
1
1
5
6
7
Transfer bearing
Idler gear, 20Z
Panel lock lever spring
8
9
1
2
3
4
5
6
7
8
12
9
10
11
12
13
14
15
16
17
13
11
14
16
10
15
13
11
12
17
9
8
7
1
2
6
4
Applying
standard
1
3
5
Applying
standard
Fig. 5
3 – 7
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Parts list (Fig. 6)
6
Operation panel
No.
1
Part name
Q’ty No.
Part name
Q’ty
1
9
Hopper guide, right
Operation panel unit
Screw (2×6)
1
3
1
1
1
1
1
1
2
10 Hopper guide, left
11 TAD key
1
3
Operation panel cable
Operation panel PWB
Document tray
Screw
1
4
12 Stop key
1
13 Start key
1
5
14 Direct key
15 12 key
1
6
7
Pinion gear
1
8
Hopper spring
16 Operation panel
1
1
Confim of HOPPER GUIDE position
Rib Rib
10
9
GAP 0
6
7
8
9
2
3
4
5
12
13
14
15
16
HOPPER
GUIDE (R)
HOPPER
GUIDE (L)
GAP 0
16
10 11
1
8
7
5
6
11
12
15
13
14
LCD PWB
1
Operation
panel PWB
LCD cable
4
2
2
2
3
Fig. 6
3 – 8
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Parts list (Fig. 7)
7
Drive unit, PWB and cutter
No.
1
Part name
Q’ty No.
Part name
Cutter unit
Q’ty
1
Mechanism unit
Screw (3×10)
Cutter arm
1
2
1
1
1
1
2
1
9
2
10 Screw (3×10)
11 Cutter cover
12 Cutter guide
13 Cutter
1
3
1
4
Drive unit
1
5
Platen gear
Platen roller
Platen bearing
Screw (3×10)
1
1
6
14 Screw (3×10)
15 Speaker cable
16 Control PWB unit
2
7
1
8
1
2
3
4
5
6
7
8
9
14
15
2
4
2
10 16
11
OK
NG
1
1
12
4
4
13
14
2
14
16
15
2
4
5
6
16
1
7
3
6
5
7
9
8
7
1
10
11
12
13
Fig. 7
3 – 9
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Parts list (Fig. 8)
No.
8
Speaker and paper sensor lever
Part name
Q’ty
1
1
2
3
4
5
Mechanism unit
Paper sensor lever spring
Paper sensor lever
Screw
1
1
2
Speaker
1
5
1
Rib
2
3
4
5
3
4
4
2
5
2
1
3
Fig. 8
3 – 10
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9
Drive frame
Parts list (Fig. 9)
No.
1
Part name
Q’ty No.
Part name
Q’ty No.
Part name
Q’ty
1
Cutter cam switch
Planet gear, 17Z
Planet gear spring
Planet gear lever C
Change lever spring
Planet gear, 17Z
Change lever A
Cam
1
1
1
1
1
1
1
1
1
1
11 Planet gear, 17Z
12 Planet gear spring
13 Planet gear lever A
14 Planet gear, 17Z
15 Planet gear spring
16 Planet gear lever B
17 Idler gear, 25Z
1
1
1
1
1
1
1
1
1
1
21 Reduction gear, 17/36Z
22 Idler gear, 25Z
23 Idler gear, 25Z
24 Idler gear, 20Z
25 Screw (3×10)
26 Motor
2
1
3
1
4
1
5
1
6
1
7
27 Motor heat sink
28 Drive frame
1
8
18 Cam switch
1
9
Reduction gear, 17/36Z
19 Reduction gear, 17/30Z
20 Reduction gear, 17/30Z
10 Cutter gear, 44Z
1
2
3
6
4
7
17 24
18 25
19 26
20 27
21 28
5
11 14
,
Grease
28
1
18
,
8
25
9
To be the switch
linked by hooks
10
Grease
27
26
11 12 13 22
14 15 16 23
GREEN
21
28
18
11
12
16
14
WHITE
A
15
23
Lock the
MOTOR
by this rib
13
1
A
24
20
3
8
17
SECTION : A-A
7
19
2
4
6
9
Hook be doing
lock
5
22
10
NOTE) Apply certanly to
3
12 15
5
,
,
a part of a nail at the time
of GREASE application
7
GEAR attachment boss
Fig. 9
3 – 11
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Parts list (Fig. 10)
No.
10
Wire treatment
Part name
Q’ty
6
1
2
3
4
5
6
Band (100m)
Screw (3×6)
Screw (4×6)
UL tape
2
1
3
Core (F2064)
Core (F2103)
1
1
Control PWB
Speaker
Fixed this switch after adjusting the
cutter gear in this drawing,
Rib
Speaker cable
Cutter cable
ARG
cable
OK
NG
3
AC cord
2
Cam
switch
cable
Postion of core
TEL/LIU
PWB
2
1
5
1
Power supply
PWB
6
Brinding the cable(Head cable/
Head earth cable/CIS cable/
panel cable/motor cable/cam cable)
Rib
1
Binding the core with lower cabinet
1
Cutter cable
CIS
Head cable and head earth cable
pass to the core 2times
Head earth cable
Head cable
cable
1
6
Cam
switch
cable
Motor
Panel
cable
cable
CIS
cable
All the cables
Head
earth
cable
must wiring to the
motor heat sink
Speaker cable
5
Panel cable pass to
the core 2times
Head cable and head
earth cable
The panel cable mustwiring
to under core
Head cable
CIS
cable
Operation panel PWB
1
1
1
CIS unit
0~2mm
Panel cable
20 5mm
1
4
100 10mm
19mm
Head, head earth and
panel cable
Panel
cable
4
Fig. 10
3 – 12
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CHAPTER 4. DIAGRAMS
4 – 1
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4 – 2
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4 – 3
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3. Operational description
CHAPTER 5. CIRCUIT DESCRIPTION
Operational descriptions are given below:
•
Transmission operation
[1] Circuit description
When a document is loaded in standby mode, the state of the docu-
ment sensor is sensed via the 1 chip fax engine (FC200). If the sen-
sor signal was on, the motor is started to bring the document into the
standby position. With depression of the START key in the off-hook
state, transmission takes place.
Then, the procedure is sent out from the modem and the motor is
rotated to move the document down to the scan line. In the scan
processor, the signal scanned by the CIS is sent to the internal im-
age processor and the AD converter to convert the analog signal into
binary data. This binary data is transferred from the scan processor
to the image buffer within the RAM and encoded and stored in the
transmit buffer of the RAM. The data is then con-verted from parallel
to serial form by the modem where the serial data is modulated and
sent onto the line.
1. General description
The compact design of the control PWB is obtained by using ROCK-
WELL fax engine in the main control section and high density printing of
surface mounting parts. Each PWB is independent according to its func-
tion as shown in Fig. 1.
2. PWB configuration
TEL/LIU
PWB
•
Receive operation
CONTROL
PWB
There are two ways of starting reception, manual and automatic.
Depression of the START key in the off-hook mode in the case of
manual receive mode, or CI signal detection by the LIU in the auto-
matic receive mode.
LCD
PWB
POWER
SUPPLY
PWB
First, the FC200 controls the procedure signals from the modem to
be ready to receive data. When the program goes into phase C, the
serial data from the modem is converted to parallel form in the mo-
dem interface of the 1 chip fax engine (FC200) which is stored in the
receive buffer of the RAM. The data in the receive buffer is decoded
software-wise to reproduce it as binary image data in the image buffer.
The data is DMA transferred to the recording processor within the
FC200 which is then converted from parallel to serial form to be sent
to the thermal head. The data is printed line by line by the FC200
which is assigned to control the motor rotation and strobe signal.
PANEL
AC CORD
PWB
TX/RX
MOTOR
Fig. 1
1) Control PWB
•
Copy operation
The control PWB controls peripheral PWBs, mechanical parts, trans-
mission, and performs overall control of the unit.
This machine employs a 1-chip modem (R96V24) which is installed on
the control PWB.
To make a copy on this facsimile, the COPY key is pressed when the
machine is in stand-by with a document on the document table and
the telephone set is in the on-hook state.
First, depression of the COPY key advances the document to the
scan line. Similar to the transmitting operation, the image signal from
the CIS is converted to a binary signal in the DMA mode via the 1
chip fax engine (FC200) which is then sent to the image buffer of the
RAM. Next, the data is transferred to the recording processor in the
DMA mode to send the image data to the thermal head which is
printed line by line. The copying takes place as the operation is re-
peated.
2) TEL/LIU PWB
This PWB controls connection of the telephone line to the unit.
3) Power supply PWB
This PWB provides voltages of +5V and +24V to the other PWBs.
4) Panel PWB
The panel PWB allows input of the operation keys.
5) LCD PWB
This PWB controls the LCD display.
5 – 1
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UX-258TH
FO-475TH
2) 27C020 (IC8): pin-32 DIP (ROM)
[2] Circuit description of control PWB
EPROM of 2Mbit equipped with software for the main CPU.
1. General description
3) W24257S-70LL (IC7): pin-28 SOP (SRAM)
Line memory for the main CPU system RAM area and coding/decoding
process. Used as the transmission buffer.
Fig. 2 shows the functional blocks of the control PWB, which is com-
posed of 4 blocks.
Memory of recorded data such as daily report and auto dials. When the
power is turned off, this memory is backed up by the lithium battery.
MECHANISM/
MAIN
CONTROL
BLOCK
PANEL
CONTROL
BLOCK
RECORDING
CONTROL
BLOCK
4) KM29N040T (IC9): pin-44 TSOP (FLASH MEMORY)
A 512×8bit NAND FLASH MEMORY to store the voice and image data
when using memory functions.
MODEM
BLOCK
Fig. 2 Control PWB functional block diagram
2. Description of each block
(1) Main control block
The main control block is composed of ROCKWELL 1 chip fax engine
(FC200), ROM (256KByte), RAM (32KByte) and FLASH MEMORY
(512KByte).
Devices are connected to the bus to control the whole unit.
1) FC200 (IC2) : pin-144 QFP (FC200)
The FAXENGINE Integrated Facsimile Controllers.
FC200, contains an internal 8 bit microprocessor with an external 16
Mbyte address space and dedicated circuitry optimized for facsimile
image processing and facsimile machine control and monitoring.
WRPROTN
SYSCLK
TSTCLK
DEBUGN
RESETN
XIN
XOUT
PWRDWNN
BATRSTN
MIRQN
A[23:0]
D[7:0]
RDN
WRN
ROMCSN
CSN[1:0]
MCSN
MC24 CPU CONTROL IF
MC24 MEGACELL(8BIT DATA,24BIT ADDRESS)
WATCHDOG TIMER
REAL TIME CLOCK
CRYSTAL OSCILLATOR
BATTERY BACK-UP CIRCUIT
INTERRUPT CONTROLLER
SYNC
REGDMA
WAITN
RASN
CASN[1:0]
DWRN
BUS INTERFACE
EXTERNAL CPU BUS
CPU BUS
DRAM CONTROL
INTERNAL & EXTERNAL BUS CONTROL
INTERNAL & EXTERNAL DECODE
DMA CONTROLLER
OPERATOR PANEL IF
32 KEYS
SEE
8 LEDS
TONE
"OPIF
LCD MODULE
SYNC SERIF 1
OUTPUTS"
BELOW
GPIO[0]
GPIO[1]/SASTXD
GPIO[2]/SASRXD
GPIO[3]/SASCLK
GPIO[4]
GENERAL I/O
TONE/MODTONE
GPIO
GPIO[5]/SSCLK2
GPIO[6]/SSTXD2
GPIO[7]/SSRXD2
GPIO[8]/FWRN
INTERNAL CPU BUS
AUTOBAUD
SEE
"OPIF
INPUTS"
BELOW
SYNC-ASYNC SASIF
SYNC SERIF 2
FLASH MEMORY IF
AUTOBAUD
GPIO[9]/FRDN
GPIO[10]/SSSTAT2
GPIO[11]/BE/SERINP
GPIO[12]/CS2N
GPIO[13]/CS3N
GPIO[14]/CS4N
GPIO[15]/CS5N
GPIO[16]/IRQ8
SCANNER CONTROL & VIDEO PROCESSING
8-BIT PADC
THERMAL PRINTER IF
BI-LEVEL RESOLUTION
CONVERSION
T.4/T.6 CODEC
CCD/CIS SCANNER
5 ms,A4/B4 LINES
5 ms LINE TIME
A4/B4 LINES
TPH ADC
4 STROBE TPH
LATCHLESS TPH
EXTEMAL DMA I/F
GPIO[17]/IRQ5N
GPIO[18]/IRQ9N
GPIO[19]/RDY/SEROUT
GPIO[20]/ALTTONE
SM[3:0]/GPO[7:4]
PM[3:0]/GPO[3:0]
MH,MR,MMR
HARDWARE,ALTERNATE
COMPRESSION &
SHADING CORRECTION(1:1,1:8)
DITHERING
PROGRAMMABLE
REDUCTION &
EXPANSION
MULTILEVEL B4-A4 REDUCTION
ERROR DIFFUSION
DECOMPRESSION
MTF
THADIN
PCLK
PDAT
PLAT
STRB[3:0]
STRBPOL
2.6kBYTE VIDEO RAM
DMA BUS
OPIF INPUTS
OPIF OUTPUTS
+VREF
–VREF
VIN
PWR/GND
TEST
OPI[0]/GPIO[21]/SSRXD1
OPI[1]/GPIO[22]/SSSTAT1
OPI[2]/GPIO[23]/SSCLK1
OPI[3]/GPIO[24]
LEDCTL/GPO[16]
LCDCS/GPO[17]
OPO[0]/GPO[8]
START
CLK1
OPO[1]/GPO[9]
CLK1N
CLK2
VIDCTL0/FCS1N
VIDCTL1/FCS2N
OPO[2]/GPO[10]
OPO[3]/GPO[11]
OPO[4]/GPO[12]/SSTXD1
OPO[5]/GPO[13]
OPO[6]/GPO[14]
OPO[7]/GPO[15]
Fig. 3
5 – 2
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UX-258TH
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FC200 (IC2) Terminal descriptions
Input
Type
Output
Type
Pin Description
Pin Name
Pin No.
I/O
(Note: Active low signals have an "n" pin name ending.)
CPU Control Interface
MIRQn
SYSCLK
TSTCLK
135
133
130
I
I
O
HU
H
−
−
−
Modem interrupt, active low. (Hysteresis In, Internal Pullup.)
System clock. (Hysteresis In.)
Test clock.
123XT
Bus Control Interface
A[23:0]
D[7:0]
[1:6][8:13]
[15:20][22:27]
[136:139]
[141:144]
128
O
TU
TU
123XT
Address bus (24-bit).
I/O
123XT
Data bus (8-bit).
RDn
WRn
ROMCSn
CS1n
CS0n
MCSn
SYNC
REGDMA
WAITn
RASn
O
O
O
O
O
O
O
O
O
O
O
O
−
−
−
−
−
−
−
−
−
−
−
−
123XT
123XT
123XT
123XT
123XT
123XT
123XT
123XT
123XT
123XT
123XT
123XT
Read strobe.
Write strobe.
ROM chip select.
I/O chip select.
SRAM chip select. (Battery powered.)
Modem chip select.
Indicates CPU op code fetch cycle (active high).
Indicates REGSEL cycle and DMA cycle.
Indicates current TSTCLK cycle is a wait state or a halt state.
DRAM row address select. (Battery powered.)
DRAM column address select. (Battery powered.)
DRAM write. (Battery powered.)
127
120
122
57
121
126
124
125
113
[111:112]
109
CAS[1:0]n
DWRn
Prime Power Reset Logic and Test
DEBUGn
RESETn
TEST
129
131
58
I
I/O
I
HU
HU
C
−
2XO
−
External non-maskable input (NMI).
XFC3 Reset.
Sets Test mode (Battery powered).
Battery Power Control and Reset Logic
XIN
XOUT
PWRDWNn
BATRSTn
WRPROTn
59
60
62
61
110
I
O
I
I
O
OSC
−
H
H
−
OSC
−
−
1XC
Crystal oscillator input pin.
Crystal oscillator output pin.
Used by external system to indicate loss of power to XFC3. (Results in NMI)
Battery power reset input.
(Battery powered.) Write protect during loss of VDD power.
−
Scanner Interface
START
CLK1
CLK1n
CLK2
FCS1n/VIDCTL0
FCS2n/VIDCTL1
101
100
99
98
96
O
O
O
O
O
O
−
−
−
−
−
−
2XS
2XS
2XS
2XS
2XT
2XT
Scanner shift gate control.
Scanner clock.
Scanner clock-inverted.
Scanner reset gate control (or clock for CIS scanner).
Flash memory chip select or Video Control signal.
Flash memory chip select or Video Control signal.
97
Printer Interface
PCLK
PDAT
PLAT
STRB[3:0]
STRBPOL
29
30
31
[33:36]
37
O
O
O
O
I
−
−
−
−
C
3XC
2XP
3XP
1XP
−
Thermal Print Head (TPH) clock, or external DMAACK.
Serial printing data (to TPH).
TPH data latch.
Strobe signals for the TPH.
Sets strobe polarity, active high/low.
Operator Panel Interface
OPO[0]/GPO[8]/
SMPWRCTRL
OPO[1]/GPO[9]/
PMPWRCTRL
OPO[2]/GPO[10]/
RINGER
47
46
44
O
O
O
−
−
−
2XL
2XL
Keyboard/LED strobe [0] or GPO[8] or Scan Motor Power Control
Keyboard/LED strobe [1] or GPO[9] or Print Motor Power Control
Keyboard/LED strobe [2] or GPO[10] or RINGER
2XCT
OPO[3]/GPO[11]
OPO[4]/GPO[12]/
SSTXD1
43
42
O
O
−
−
2XL
2XL
Keyboard/LED strobe [3] or GPO[11]
Keyboard/LED strobe [4] or GPO[12] or SSTXD1 (for SSIF1)
OPO[5]/GPO[13]
OPO[6]/GPO[14]
OPO[7]/GPO[15]
OPI[0]/GPIO[21]/
SSRXD1
40
39
38
52
O
O
O
−
−
−
2XL
2XL
2XL
2XC
Keyboard/LED strobe [5] or GPO[13]
Keyboard/LED strobe [6] or GPO[14]
Keyboard/LED strobe [7] or GPO[15]
(Pullup, Hysteresis In) Keyboard return [0] or GPIO[21] or SSRXD1
(for SSIF1)
I/O
HU
OPI[1]/GPIO[22]/
SSSTAT1
OPI[2]/GPIO[23]/
SSCLK1
51
50
I/O
I/O
HU
HU
2XC
2XC
(Pullup, Hysteresis In) Keyboard return [1] or GPIO[22] or SSSTAT1
(for SSIF1)
(Pullup, Hysteresis In) Keyboard return [2] or GPIO[23] or SSCLK1
(for SSIF1)
5 – 3
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UX-258TH
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FC200 (IC2) Terminal descriptions
Input
Type
Output
Type
Pin Name
Pin No.
I/O
Pin Description
Operator Panel Interface
OPI[3]/GPIO[24]
LEDCTL
LCDCS
49
55
54
I/O
O
O
HU
−
−
2XC
4XC
1XC
(Pullup, Hysteresis In) Keyboard return [3] or GPIO[24]
Indicates outputs OPO[7:0] are for LEDs.
LCD chip select.
General Purpose I/O
GPIO[0]
94
93
92
91
90
89
87
86
85
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
H
H
H
H
H
H
H
H
H
2XC
2XC
2XC
2XC
2XC
2XC
2XC
2XC
2XC
(Hysteresis In) GPIO[0].
GPIO[1]/SASTXD
GPIO[2]/SASRXD
GPIO[3]/SASCLK
GPIO[4]/CPCIN
GPIO[5]/SSCLK2
GPIO[6]/SSTXD2
GPIO[7]/SSRXD2
GPIO[8]/FWRn
(Hysteresis In) GPIO[1] or SASTXD (for SERIF).
(Hysteresis In) GPIO[2] or SASRXD (for SERIF).
(Hysteresis In) GPIO[3] or SASCLK (for SERIF).
(Hysteresis In) GPIO[4] or Calling Party Control Input.
(Hysteresis In) GPIO[5] or SSCLK2 (for SSIF2).
(Hysteresis In) GPIO[6] or SSTXD2 (for SSIF2).
(Hysteresis In) GPIO[7] or SSRXD2 (for SSIF2).
(Hysteresis In) GPIO[8] or flash write enable signal for NAND-type flash
memory.
GPIO[9]/FRDn
84
I/O
H
2XC
(Hysteresis In) GPIO[9] or flash read enable signal for NAND-type flash
memory.
GPIO[10]/SSSTAT2
GPIO[11]/BE/
SERINP
83
82
I/O
I/O
H
H
2XC
1XC
(Hysteresis In) GPIO[10] or SSSTAT2 (for SSIF2).
(Hysteresis In) GPIO[11] or bus enable or serial port data input for
autobaud detection.
GPIO[12]/CS[2]n
GPIO[13]/CS[3]n
GPIO[14]/CS[4]n
GPIO[15]/CS[5]n
GPIO[16]/IRQ[8]
GPIO[17]/IRQ[5]n
GPIO[18]/IRQ[9]n
GPIO[19]/RDY/
SEROUT
80
79
78
77
76
75
74
73
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
H
H
H
H
H
H
H
H
2XC
2XC
2XC
2XC
1XC
1XC
1XC
1XC
(Hysteresis In) GPIO[12] or I/O chip select [2].
(Hysteresis In) GPIO[13] or I/O chip select [3].
(Hysteresis In) GPIO[14] or I/O chip select [4].
(Hysteresis In) GPIO[15] or I/O chip select [5].
(Hysteresis In) GPIO[16] or external interrupt 8.
(Hysteresis In) GPIO[17] or external interrupt 5.
(Hysteresis In) GPIO[18] or external interrupt 9.
(Hysteresis In) GPIO[19] or ready signal or Serial port data output for
autobaud detection.
GPIO[20]/ALTTONE
107
I/O
H
1XC
(Hysteresis In) GPIO[20] or ALTTONE.
Miscellaneous
SM[3:0]/GPO[7:4]
PM[3:0]/GPO[3:0]
TONE
[103:106]
[115:118]
119
O
O
O
−
−
−
1XC
1XC
1XC
Programmable: scan motor control pins or GPO pins.
Programmable: print motor control pins or GPO pins.
Tone output signal.
Power, Reference Voltages, Ground
-Vref/CLREF
ADXG
66
68
I
I
-VR
−
Negative Reference Voltage for Video A/D or Reference Voltage for the
Clamp Circuit.
A/D Internal GND. (NOTE: This pin requires an external 0.22µF decoupling
capacitor to ADGA.)
VXG
−
ADGA
ADVA
ADGD
+Vref
VIN
69
70
72
71
67
65
VADG
VADV
VADG
+VR
VA
A/D Analog Ground
A/D Analog Power
A/D Digital Ground
Positive Reference Voltage for Video A/D.
Analog Video A/D input.
I
I
I
−
−
THADI
TA
Analog Thermal A/D input.
Power and Ground
VSS(12)
VDD(8)
7,21,28,45,
53,56,64,88,
95,108,132,
134
14,32,41,48,
81,102,123,
140
Digital Ground
Digital Power
VBAT
63
Battery Power
VDRAM
114
DRAM Battery Power
5 – 4
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UX-258TH
FO-475TH
(2) Panel control block
The following controls are performed by the FC200.
•
•
Operation panel key scanning
Operation panel LCD display
(3) Mechanism/recording control block
•
Recording control block diagram (1)
OPO[7:0]*
TEST
OPERATOR
PANEL,
OPI[3:0]*
LEDCTL*
LCDCS*
BATRSTN
RESETN
PANEL/LCD PWB
KEYPAD,
TELEPHONE
LINE
LEDS & LCD
TONE/ALTTONE
TSTCLK
STRB[3:0]
STRBPOL
THADI
RXIN
SPEAKER
MICROPHONE
CIRCUIT
LINE
INTERFACE
REGDMA
WAITN
TXOUT
PRINTER DATA
CONTROI &
SENSORS
THERMAL HEAD
PDAT
SYNC
PWRDWNN
PCLK
PLAT
ANALOG
SWITCH
PM[3:0]*
SM[3:0]*
XIN
RTC
CRYSTAL
PRINTER &
SCANNER
MOTOR DRIVERS
MOTOR
XOUT
SYSCLK
MIRON
MCSN
RIN
START
CLK2
SPKR
SCANNER
CONTROLS &
SENSORS
CLK1
RXDAT
TXDAT
RMODE
TMODE
CLKIN
MONOFAX
FACSIMILE
MODEM
EXTENDED
FACSIMILE
CONTROLLER
FC200
CLK1N
VIDCTL[1:0]
A[4:0]
D[7:0]
RDN
XIA
CIS
WRN
SLEEPN
VIN
SCANNER
VIDEO
PREPROCESSING
+VREF
–VREF
A[23:0]
D[7:0]
GPIO
GPIO
RDN
WRN
SSCLK[2:1]*
SSTXD[2:1]*
SSRXD[2:1]*
SSSTAT[2:1]*
ROMSCN
SYNC PORTS (2)
(SSIF)
CAS[0,1]N,RASN,DWRN
DRAM
(OPTION)
CS[5:0]N*
WRPROTN
FRDN*
FRWN*
FCLE*
GENERAL
PURPOSE I/O
GPIO
FLASH MEMORY
FCS[0:2]
DEBUGN
VDD
SASCLK
SASTXD
SASRXD
SYNC/ASYNC
SERIAL
VDRAM
VBAT
PORT
NOTES:*ALTERNATIVE GPO,GPI OR GPIO LINES
SPEAKERPHONE ONLY
VSS
VOICE OR SPEAKERPHONE
Fig. 4
5 – 5
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UX-258TH
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FEATURES
(4) Modem (R96V24) block
INTRODUCTION
•
Group 3 facsimile transmission/reception
– ITU-T V.29, V.27 ter, T.30, V.21 Channel 2, T.4
– HDLC framing at all speeds
The Rockwell R96V24 MONOFAX ® facsimile modem family provides
9600 bps half-duplex capability with options supporting DigiTalk™ voice
and ADPCM audio codecs, DigiTalk™ full-duplex speakerphone, and
V.23 full-duplex. The modem models are identified in Table.
These functions are supplied in a single VLSI device or two-device set
(for speakerphone). The MDP (modem data pump) is packaged in a
100-pin PQFP. The MDP contains an internal integrated analog codec
(IIA) and is pin-compatible with the R96V24 MONOFAX modems.
This device family enables cost-effective development of a common fac-
simile machine design with digital answering machine and/or full-duplex
speakerphone.
The modem can operate at 9600, 7200, 4800, 2400, or 300 bps, and
can perform HDLC framing per T.30 at all rates. A programmable DTMF
detector, three programmable tone detectors, and Caller ID demodulator
are provided.
The DigiTalk™ V24 voice coder/decoder (codec) compresses voice at
an average rate of 2.9 kbps or at a fixed rate of 4.7 kbps with near toll
quality playback. An average rate of 2.9 kbps provides 24 minutes of
stored voice messages in 4 Mbits of memory. This voice codec allows
the host controller to efficiently store and playback digital incoming mes-
sages (ICMs) and outgoing messages (OGMs).
– Receive dynamic range: 0 dBm to –43 dBm
– Automatic adaptive equalization
– Fixed and programmable digital compromise equalization
V.27 ter short train
•
•
V.21 channel 2
– DTMF detect and tone detect
Caller ID reception
•
•
– Compromise equalizer
DigiTalk™ voice codec
– 24 minutes of voice storage per 4 Mbit memory
– Near toll quality voice recording and playback
– Programmable AGCs
The ADPCM audio codec compresses audio signals (e.g., music/voice)
at 32 kbps or 24 kbps for highest fidelity coding and reproduction.
Selectable error correction coding allows storage in audio grade RAMs
(ARAMs). Echo cancellation techniques employed during playback al-
low DTMF and tone detection during voice/audio codec operation to
support user selectable features. The coder can record messages from
either the IIAor XIA. Dual/single tone transmission is available when the
decoder is disabled.
– Error correction coding allows ARAM usage
– DTMF detect, tone detect, and tone transmit
– Pitch synchronized fast and slow playback
– Near-end echo cancellation
•
•
ADPCM audio codec
– High fidelity recording and playback of audio signals
– 32 kbps and 24 kbps
– Programmable AGC
– DTMF detect, tone detect, and tone transmit
– Near-end echo cancellation
8-bit or 16-bit high quality audio mode transmission/reception
5 – 6
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UX-258TH
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R96V24 (IC1) Hardware Interface Signals
Pin No.
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
Signal Name
GP17/RINGD
GPO7
GPO6
GPO5
GPO4
GPO3
DGND2
CTS
I/O Type
IA
Pin Signals – 100-Pin PQFP
OB
OB
OB
OB
OB
GND
OA
OC
OB
OB
OB
OA
I
Pin No.
1
Signal Name
RS4
I/O Type
IA
2
RS3
IA
3
RS2
IA
4
RS1
IA
5
RS0
IA
6
VDD1
D7
PWR
IA/OB
IA/OB
IA/OB
IA/OB
IA/OB
IA/OB
IA/OB
IA/OB
IA
IRQ1
7
GPO2
GPO1
GPO0
RESET
XTLI
8
D6
9
D5
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
D4
D3
D2
XTLO
O
D1
XCLK
OD
OD
PWR
OC
MI
D0
YCLK
WRITE
DGND1
RXOUT
RMODE
TSTROBE
TRESET
DGNDA1
NC
VDD3
GND
MI
IRQ2
SR3IN
DGND3
DGND4
SR4IN
SR3OUT
EYESYNC
EYECLK
IA1CLK
SA1CLK
SR1IO
EYEXY
SR4OUT
NC
MI
GND
GND
MI
MI
MI
GND
MI
OA
OA
MI
TMODE
TXDAT
AVDD
TALK
AGND1
TXA1
TXA2
DGNDA2
NC
MI
MI
PWR
OD
MI
MI
GND
O(DD)
O(DD)
GND
OA
MI
RLSD
OA
OA
IA
DCLK
NC
EN85
NC
GPI0
IA
NC
RTS
IA
VAA1
SLEEP
AGND2
RIN
PWR
MI
DGND5
GPI1
GND
IA
GND
I(DA)
MI
TXD
IA
RXD
OA
VC
Notes:
I/O type:
VREF
NC
MI
MI = Modem interconnect.
NC
IA, IB, IC, ID = digital input.
OA, OB, OC, OD = digital output.
I(DA) = analog input.
DGNDA3
SPKR
VAA2
OH
GND
O(DF)
PWR
OD
O(DD), O(DF) = analog output.
NC = No external connection allowed.
POR
MI
CLKIN
NC
MI
IACLK
NC
MI
CS
IA
READ
GPI2
GPI3
GPI4
GPI5
VDD2
GPI6
IA
IA
IA
IA
IA
PWR
IA
5 – 7
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[3] Circuit description of TEL/LIU PWB
(1) TEL/LIU block operational description
1) Block diagram
TEL/LIU PWB
CONTROL PWB
HS
CML
GAIN-C
TXCONT
TXOUT
RXIN
SIGTX
SIGRX
H
TEL LINE
HS DETECTOR
L
1
0
MODEM
(R96V24)
4053
1
0
EXT
0
1
CI DETECTOR
1
0
1
0
HANDSET
TELIN
TELOUT
VOL A
VOL B
VOL C
BZCONT
HOOK SW
SP AMP
0
1
TXCONT
RXCONT
MONITOR
BZCONT
RCVOL
4051
SPEAKER
GAIN-C
CML
FC200
SP MUTE
TEL MUTE
CI
TEL MUTE
CI
HS
RHS
+5V
+24
DG
Fig. 5
3) Block description
2) Circuit description
1. Speech circuit section
The TEL/LIU PWB is composed of the following 7 blocks.
1. Speech circuit section
•
The receiver volume is an electronic volume type, this model is
switch in 2 steps.
2. Dial transmission section
3. Speaker amplifier section
2. Dial transmission section
4. Ringer circuit section
•
D.P. transmission: The CML relay is turned on and off for control in
the DP calling system. (Refer to the attached sheet.)
5. Externally connected TEL OFF HOOK detection circuit
6. CI detection circuit
•
DTM transmission: It is formed in the modem, and is output.
7. Signal/DTMF transmission level & receiving level
3. Speaker amplifier section
•
The volume of the ringer sound/speaker sound is controlled with
3-bit signal of VOLA, VOLB and VOLC, and the sound switch is
controlled with BZ CONT.
4. Ringer circuit section
•
The ringer sound is formed in the tone of 1-chip engine when CI
signal is detected. The amplifier circuit drives the speaker of the
main body.
5 – 8
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5. Externally connected TEL OFF HOOK detection circuit section
The following signals are used to control the transmission line of TEL/
FAX signal. For details, refer to the signal selector matrix table.
• The circuit current detection is turned on together with OFF HOOK
of main body or OFF HOOK of externally connected TEL. ON of
CML OFF is judged as OFF HOOK of externally connected TEL.
[Control signals from output port]
6. CI detection circuit
Signal Name
CML
(The circuit is located H: Line make
in the TEL/LIU PWB.) L: Line break
Description
• CI is detected by the photocoupler which is integrated in series in
the primary side TEL circuit well proven in the existing unit.
Line connecting relay and DP generating relay
7. Signal/DTMF transmission level & receiving level
SP MUTE
Speaker tone mute control signal
• Signal transmission level setting: ATT 7 dB Circuit output: 7 dBm.
(The circuit is located H: Muting (Power down mode)
in the TEL/LIU PWB.) L: Muting cancel (Normal operation)
• DTMF transmission level setting: HF -6.0 dBm
Thus, set the level.
LF -7.0 dBm
Handset reception mute control signal
TEL MUTE
H: Muting
L: Muting cancel
• Attenuation in the LIU section of the receiving level is degigned at
-6 dBm. (The modem and circuit error are not included.)
Speaker volume control signal,
VOL A VOL B VOL C matrix
7. Signal selection
OH-HOOK
Receiving
OUTPUT VOL A
VOL B
VOL C
X0
X1
X2
X3
X4
X5
X6
X7
L
H
L
H
L
H
L
H
L
L
L
L
—
—
H
H
L
L
L
H
H
H
H
HIGH
MIDDLE1
MIDDLE2
MIDDLE3
LOW
VOL A
VOL B
VOL C
L
H
H
(The circuit is located
in the control PWB.)
—
OUTPUT RINGER BUZZER DTMF
ICM/OGM
HIGH
X0
X1
X2
X3
X4
X5
X6
X7
—
HIGH
—
MIDDLE
—
—
—
—
—
—
—
—
MIDDLE1
MIDDLE2
HIGH MIDDLE3
FIXED MIDDLE1
—
—
—
LOW
—
—
—
MIDDLE2 LOW
MIDDLE3
LOW
—
—
• The volume settings of ON-HOOK receiving,
DTMF and ICM/OGM must be performed to-
gether. (The setting of RINGER must be per-
formed separately.)
TXOUT mute signal
TXCONT
(The circuit is located
in the control PWB.)
L: Signal sending, when transmitting
H: During reception, transmission mute,
(during standby)
GAIN-C
Reception gain switching signal
(The circuit is located H: When connected to line, 1: 1 gain
in the control PWB.) L: When not connected to line, HIGH gain
BZCONT
Speaker output signal switching
(The circuit is located H: Buzzer signal output
in the control PWB.) L: When monitoring line signal
5 – 9
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UX-258TH
FO-475TH
[Signals for status recognition according to input signals]
NO
1
Signal Name (CNLIU)
NO
7
Signal Name (CNLIU)
RXIN
Signal Name
Function
TELOUT
TELIN
TELMUTE
CI
2
8
TXOUT
CML
H: The handset is in the on-hook state.
L: The handset is in the off-hook state.
Incoming call (CI) detection signal
H: The handset or external telephone is in the
on-hook state.
RHS
CI
3
9
4
10
11
12
+24VA
+5V
5
HS
6
RHS
DG
HS
L: The handset or external telephone is in the
off-hook state.
[Other signals]
Signal Name
Function
TEL IN
TEL OUT
SPOUT
Receiving signal from line or modem
Transfer signal to line
Speaker output signal
Transmission (DTMF) analog signal output
from modem
TXOUT
RXIN
Reception (DTMF, others) analog signal
into modem
input
(Example: TEL speaking)
TEL/LIU PWB
CONTROL PWB
HS
CML
GAIN-C
TXCONT
TXOUT
RXIN
SIGTX
SIGRX
H
L
TEL LINE
EXT
HS DETECTOR
1
0
MODEM
(R96V24)
4053
1
CI DETECTOR
0
0
1
1
0
1
HANDSET
0
TELIN
TELOUT
VOL A
VOL B
VOL C
BZCONT
HOOK SW
SP AMP
0
1
TXCONT
RXCONT
MONITOR
BZCONT
RCVOL
4051
SPEAKER
GAIN-C
CML
FC200
SP MUTE
TEL MUTE
CI
TEL MUTE
CI
HS
RHS
+5V
TX/RX SIGNAL
OGM/ICM/MEMO/PLAYBACK SIGNAL
OGM/MEMO/RECORD SIGNAL
+24
DG
Fig. 6
5 – 10
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[4] Circuit description of power supply PWB
1. Block diagram
F1
T1.25A/250V
Noise
Filter
Circuit
Rectifying
Smoothing
Circuit
AC IN
Switching
Circuit
Regulater
Circuit
+5V
F2
(RCC system)
T1.25A/250V
+24V
F3
4A/72V
Photo Coupler
Fig. 7
The overcurrent protection is performed by bringing Q1 to OFF state
through detection of voltage increase in the auxiliary winding of T1 by
ZD2 and R9.
2-1. Noise filter circuit
The input noise filter section is composed of L and C, which reduces
normal mode noise from theAC line and common mode noise to the AC
line.
The overvoltage protection is performed by operating the overcurrent
protection circuit through destruction of zener diode ZD4 and short-
circuiting of load.
2-2. Rectifying/smoothing circuit
The AC input voltage is rectified by diode D1, 2, 3, 4 and smoothed by
capacitor C5 to supply DC voltage to the switching circuit section.
2-4. +5V circuit
Each DC voltage supplied by rectifying the output of transformer T1 with
diode D8 is stabilized by 3-terminal regulator IC1.
Power thermistor TH1 suppresses inrush current at power switch-on.
2-3. Switching circuit
2-5. VTH circuit
VTH output is supplied through the relay RY1.
Relay RY1 is operated by VTH-ON signal.
This circuit employs the self excited ringing choke convertor (RCC) sys-
tem. In this system, the DC voltage supplied from the rectifying/smooth-
ing section is converted into high frequency pulses by ON/OFF repeti-
tion of MOS FET Q1.
Energy is charged in the primary winding of T1 during ON period of Q1,
and discharged to the secondary winding during OFF period.
The output voltage is controlled by adjusting ON period of Q1 which
changes charge time of C9 through operation of photo-coupler PC1 from
+24V output.
[5] Circuit description of CIS unit
1. CIS
2. Waveforms
Cis is an image sensor which puts the original paper in close contact
with the full-size sensor for scanning, being a monochromatic type
with the pixel number of 1,728 dots and the main scanning density of
8 dots/mm.
The following clock is supplied from FC200 of the control board, and
VO is output.
5ms
Approx.5V
It is composed of sensor, rod lens, LED light source, light-conductive
plate, control circuit and so on, and the reading line and focus are
previously adjusted as the unit.
øT
0V
2µs
Due to the full-size sensor, the focus distance is so short that the set
is changed from the light weight type to the compact type.
CISCLK
VO
2V(TYP)
(White original paper)
Fig. 8
5 – 11
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CHAPTER 6. CIRCUIT SCHEMATICS AND PARTS LAYOUT
D0
D1
D2
D3
D4
D5
D6
D7
144
143
142
141
139
138
137
136
D0
D1
D2
D3
D4
D5
D6
D7
61
RA5
BATRST
VBAT
270x4
63
VBT
C131 2200P
62
RESET
(4-1D)
PWRDWN
XOUT
60
C153 22P
RA4
270x4
X3
32.768kHz
130
133
135
131
129
58
59
71
66
67
65
119
XIN
+VREF
TSTCLK
SYSCLK
MIRQ
RESET
DEBUG
TEST
C154 22P
SYSCLK
MIRQ
+VREF
–VREF
(5-4D)
(5-4D)
(5-5D)
(5-2H)
(6-1H)
(3-2G)
(3-3B)
R107
R117
10K
–VREF/CLREF
VIN
10K
VIN
THADI
THADI
BZOUT
C130 100P
R108
10K
TONE
7,134
132
106
105
104
103
TPA
TPB
TPA
(5-5F)
(5-5F)
(5-5F)
(5-5F)
SM0
SM1
SM2
SM3
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
TPB
270 x 4
RA2
95,108
64,88
53,56
45
C105
C106
C103
C102
DG
DG
DG
DG
N.M.
118
117
116
115
114
VREFCONT
BZCONT
GAINC
(5-2A)
(6-3H)
(6-4A)
(6-6A)
GPO0
GPO1
28
RA1
GPO2
470x4
TXCONT
GPO3
21
C145
VDRAM
+5V
C146
C149
C147
14
32
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
52
51
50
49
55
54
47
46
44
43
42
40
39
38
KEN1A
OPI0
OPI1
CNPN-4
CNPN-3
CNPN-2
CNPN-1
41
KEN2A
KEN3A
KEN4A
48
RA6
470x4
OPI2
81
OPI3
102
123
140
LEDCTL
LCDCS
R221 0
L107 68
E
SEN0
SEN1
SEN2
SEN3
SEN4
CNPN-10
CNPN-15
CNPN-14
CNPN-13
CNPN-12
CNPN-11
R194 470
OPO0
OPO1
68
OPO2
ADXG
RA7
OPO3
470 x 4
69
72
OPO4
ADGA
ADGD
GPO13/OPO5
GPO14/OPO6
GPO15/OPO7
C150
70
C170
C173
C172
C171
C152
+5V
ADVA
DG
C192
C193
C174
C175
C212
C190
C191
DG
DG
DG
DG
DG
DG
DG
DG
DG
DG
C217
100P
C202
6 – 1
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UX-258TH
FO-475TH
6 – 2
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UX-258TH
FO-475TH
20
87
19
86
48
50
24
90
17
79
18
23
88
TRESET
SAICLK
TSTROBE
IAICLK
51,91
42,49
34,41
32,33
22,31
N.C.
N.C.
N.C.
N.C.
N.C.
N.C.
N.C.
N.C.
N.C.
N.C.
CLKIN
IACLK
TXDAT
SR4OUT
RXOUT
SR3IN
81
80
DGND4
DGND3
RMODE
TMODE
SR1IO
77
66
VDD3
DGND2
74
XTLO
58
97
16
VDD2
DGND5
DGND1
73
XTLI
6
84
85
EYESYNC
EYECLK
EYEXY
N.C.
N.C.
N.C.
VDD1
89
93
92
N.C.
DCLK
RLSD
CTS
76
75
94
36
67
N.C.
N.C.
YCLK
N.C.
N.C.
R102
N.M.
C221
100
96
RXD
RTS
XCLK
EN85
DG
DG
DG
C220
C203
99
TXD
SLEEP
N.M.
R104
71
70
69
65
64
63
MPXC
RHS
95
98
54
55
56
57
58
60
CNLIUA-6
CNTH-6
CNLIUB-5
CNLIUB-3
(5-5F)
GPI0
GPI1
GPI2
GPI3
GPI4
GPI5
GPI6
GPI7
GP00
GP01
GP02
GP03
GP04
GP05
GP06
GP07
RANK
MPXA
LEDON
E-RELAY
RCVOL
VOLA
R103 270
R256
R112
CNLIUB-6
(6-2A)
R109 270
R144 270
(6-2H)
62 R145 270
61 R111 270
VOLB
(6-2H)
(6-1H)
VOLC
6 – 3
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UX-258TH
FO-475TH
OUT
6 – 4
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UX-258TH
FO-475TH
6 – 5
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UX-258TH
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6 – 6
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UX-258TH
FO-475TH
Control PWB parts layout (Top side)
6 – 7
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Control PWB parts layout (Bottom side)
6 – 8
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UX-258TH
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6 – 9
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UX-258TH
FO-475TH
TEL/LIU PWB parts layout
6 – 10
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UX-258TH
FO-475TH
ZD3
RD6.2ESAB2
ZD4
RD30FB3
ZD2
RD3.3ESAB2
C14
1000P
C11
1000P
C10
1000P
6 – 11
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UX-258TH
FO-475TH
Power supply PWB parts layout
6 – 12
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UX-258TH
FO-475TH
R5 100K
R10 100K
R9 100K
R3 100K
R2 100K
R4 100K
R11 100K
R12 100K
R6 100K
6 – 13
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CHAPTER 7. OPERATION FLOWCHART
[1] Protocol
Receive side
Transmitter side
G3 communication
(Document inserted into
document sensor during
standby)
CED
To recording
position
NSF
CED
NSF
CSI
CSI
DIS
TSI
DIS
Document inserted to
the reading position
TSI
(DCS)
NSS
TCF
NSS
TCF
(DCS)
CFR
CFR
1st page
RTC
MPS
RTC
MPS
Next page insert
command
Cut line printed
MCF
MCF
RTC
EOP
RTC
EOP
Cut line printed
MCF
MCF
DCN
DCN
Recording papor ejected
Document ejected
7 – 1
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UX-258TH
FO-475TH
[2] Power on sequence
START
CPU initialized
MODEM initialized
“WAIT A MOMENT” display
STOP key ?
NO
NO
“MEMORY CLEAR ?” display
3 sec ?
YES
STAND-BY
YES
YES
YES
START key ?
NO
1
2
COPY key ?
NO
1
2
STOP key ?
NO
“MEMORY CLEARED” display
“MEMORY CLEARED” display
NO
3 sec ?
Memory clear
STAND-BY
Memory clear
YES
STAND-BY
PROCESS CHECK MODE
7 – 2
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FO-475TH
CHAPTER 8. OTHERS
[1] Service tools
1. List
PRICE
RANK
NO.
PARTS CODE
DESCRIPTION
Q’TY
1
2
C P W B S 2 9 1 5 S C S 1 Relay board unit
1
1
BN
AD
P S H E Z 3 3 5 4 S C Z Z
Shading wave memory standard paper
Relay board unit
+5V
(TP2)
DG
(TP1)
R100
PI1
PSNS
(TP3)
PRICE
RANK
NO.
PARTS CODE
DESCRIPTION
Q’TY
1
2
C C N W – 4 7 5 6 S C 0 1
C C N W – 4 7 5 7 S C 0 1
C C N W – 4 7 5 8 S C 0 1
C C N W – 4 7 5 9 S C 0 1
C C N W – 4 7 6 0 S C 0 1
C C N W – 4 7 6 1 S C 0 1
C C N W – 4 7 6 3 S C 0 1
SPEAKER RELAY CABLE
PANEL RELAY CABLE
1
1
1
1
1
1
1
1
1
1
1
AK
AW
AQ
AX
AK
AK
AP
BB
AF
AA
AR
3
CIS RELAY CABLE
4
HEAD RELAY CABLE
5
CAM SWITCH RELAY CABLE
CUTTER SWITCH RELAY CABLE
MOTOR RELAY CABLE
6
7
8
9
Q C N W – 4 7 6 4 S C Z Z PAPER SENSOR RELAY CABLE
V H P R P i 5 7 4 / / /
PHOTO TRANSISTOR [PSNS]
RESISTOR (1/10W 220Ω ±5%)[R100]
EXTENSION PWB
–
10
11
V R S T S 2 A D 2 2 1 J
–
Q P W B S 2 9 1 5 S C Z 4
8 – 1
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2. Description
2-1. Relay board unit
1. Remove the TEL/LIU PWB, control PWB and Power Supply PWB
from this unit, and mount the relay board unit instead.
•
Before connecting the wiring to the relay board unit, set the test
PWB switches to the fixed position.
2. The setting is as follows.
• The relay cables are used as one pair.
• The sensor is wired as shown in the following figure.
• The door swich and hook switch are manually operated.
Relay
cable
The recording paper sensor (PSNS) is operated by OR of the mechani-
cal unit switch and the test PWB switch. When performing installation in
the machine unit, set the test PWB switches to the fixed position.
12
TEL/LIU
PWB
CNLIU
CNLIUA
1
Mechanical unit
PWB to be tested
Actual operation with mechanical unit
Recording paper
sensor
OFF (Photo interrupter
is interrupted.)
ON/OFF operation
CNPW
PWB sensor check
OFF
POWER
SUPPLY
PWB
Recording paper
sensor
ON/OFF operation
CHECK
CONTROL
PWB
TEL/LIU
CHECK
PWB
DON'T SEPARATE
CONTROL
PWB
NOTE
UNIT
DOOR
SENSOR
RELAY CABLE
EXTENSION PWB
TP1(DG)
POWER
SUPPLY
PWB
TP2(+5V)
TP3
(PSNS)
These cables are connected from the extension board
and the checked control PWB at TP1 thru TP3 (signals
of DG, +5V and PSNS).
K
C
E
TP3
(PSNS)
A
8 – 2
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UX-258TH
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3. Shading paper
The white and black basis is applied to remember the shading wave-
form. Be sure to perform this operation when replacing the battery or
replacing the control PWB. Execute in the shading mode of DIAG mode.
UX-108/178 SERIES SHADING WAVE MEMORY STANDARD PAPER (PSHEZ3354SCZZ)
8 – 3
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[2] IC signal name
CONTROL PWB UNIT
IC13: VHiULN2003AN/ (ULN2003A)
IC7: VHiW24257S7LL (W24257S-70LLT)
(TOP VIEW)
1C 2C 3C 4C 5C 6C 7C COM
A14
A12
A7
1
2
3
4
5
6
7
8
9
28 VCC
27
16 15 14 13 12 11 10
9
W
26 A13
25 A8
A6
A5
24 A9
A4
23 A11
22 S2
A3
Pin name
Signal
A2
21 A10
20 S1
Address input
Chip enable
Write enable
Write enable
A0~A12
A1
1
2
3
4
5
6
7
8
CE1/CE2
A0 10
DQ1 11
DQ2 12
DQ3 13
GND 14
19 DQ8
18 DQ7
17 DQ6
16 DQ5
15 DQ4
WE
OE
1B 2B 3B 4B 5B 6B 7B E
I/O1~I/O8 Data I/O
VCC
GND
N.C.
Power source
Ground
No connection
IC3: VHiMC74HCU04F(MC74HCU04F)
IC6, 10: VHiHCF4053M1T (HCF4053B)
VCC
14
6A
13
6Y
12
5A
11
5Y
10
4A
9
4Y
8
6
11
10
9
Inhibit
A
14
15
X
Y
Controls
B
C
1
1A
2
1Y
3
2A
4
2Y
5
3A
6
3Y GND
7
12
13
2
X0
X1
Y0
Y1
Z0
Z1
Common
Out/In
Switches
In/Out
1
5
4
Z
3
VDD: Pin 16
VSS: Pin 8
VEE: Pin7
8 – 4
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IC11, 12: VHiLM2902D/-1 (LM2902D)
IC8: VHi27C02015Ti (27C020)
EP-ROM
A OUTPUT
A-INPUT
A+INPUT
V+
1
2
3
4
5
6
7
14 D OUTPUT
13 D-INPUT
12 D+INPUT
11 GND
(TOP VIEW)
VPP
A16
A15
A12
A7
1
2
3
4
5
6
7
8
9
32 VCC
31 PGM
30 NC
29 A14
28 A13
27 A8
Pin name
A0~A16
E
Signal
Address input
A
–
D
+
+
–
Chip enable
G
Output enable
Ground
GND
PGM
Program
DQ1~DQ8
VCC
Data output (Program input)
+5V power
A6
B+INPUT
B-INPUT
B OUTPUT
10 C+INPUT
A5
26 A9
VPP
+12.5V power(*)
A4
25 A11
24 G
(*) Only in the program mode
–
B
+
+
–
C
9
8
C-INPUT
A3
A2 10
A1 11
23 A10
22 E
C OUTPUT
A0 12
21 DQ8
20 DQ7
19 DQ6
18 DQ5
17 DQ4
DQ1 13
DQ2 14
DQ3 15
GND 16
IC5: VHiHEF4051BT1 (HEF4051BT)
6
11
10
9
Inhibit
A
Controls
B
C
IC4: VHiMC34119DR2 (MC34119DR2)
13
14
15
12
1
X0
X1
X2
X3
X4
X5
X6
X7
Common
Out/In
15
X
Switches
In/Out
CD
FC2
FC1
VIN
1
2
3
4
8
7
6
5
VO2
GND
VCC
VO1
5
2
4
VDD: Pin 16
VSS: Pin 8
VEE: Pin7
(TOP VIEW)
IC100: VHiPST596CMT1 (PST596CNR)
M/R
SUB
GND
1
2
3
5
4
VCC
VOUT
(TOP VIEW)
8 – 5
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UX-258TH
FO-475TH
IC1: VHiR96FC20V24 (R96V24)
DGND3
80
79
78
77
76
RS4
RS3
1
2
SR3IN
IRQ2
3
RS2
RS1
VDD3
YCLK
4
5
RS0
VDD1
75 XCLK
6
74
7
XTLO
D7
D6
D5
D4
D3
D2
D1
XTKI
73
72
71
70
69
68
67
66
65
8
9
RESET
GPO0
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
GPO1
GPO2
IRQ1
CTS
D0
WRITE
DGND2
DGND1
GPO3
RXCONT
64 GPO4
GPO5
63
62
61
60
59
58
57
56
55
54
53
52
51
RMODE
TSTROBE
GPO6
GPO7
TRESET
DGNDA1
GPI7/RINGD
GPI6
NC
VDD2
TMODE
TXDAT
GPI5
GPI4
AVDD
TALK
GPI3
GPI2
READ
CS
AGND1
TXA1
TXA2
NC
DGNDA2
8 – 6
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UX-258TH
FO-475TH
IC2: VHiR96FC20V24 (FC200)
108
107
106
105
104
103
102
101
100
99
VSSO
A23
A22
1
GPIO20/ALTTONE
SM0/GPO4
SM1/GPO5
SM2/GPO6
SM3/GPO7
VDDI
2
A21
3
A20
4
A19
5
A18
6
VSSO
A17
7
START
8
CLK1
A16
9
CLK1N
A15
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
98
CLK2
A14
97
FCS2N/VIDCTL1
FCS1N/VIDCTL0
VSSI
A13
96
A12
95
VDDO
A11
94
GPIO0
93
GPIO1/SASTXD
GPIO2/SASRXD
GPIO3/SASCLK
GPIO4
A10
92
A9
91
A8
90
A7
89
GPIO5/SSCLK2
VSSO
A6
88
VSSO
A5
87
GPIO6/SSTXD2
GPIO7/SSRXD2
GPIO8/FWRN
GPIO9/FRDN
GPIO10/SSSTAT2
86
A4
85
A3
84
A2
83
A1
GPIO11/BE
/SERINP
82
A0
81
VDDO
VSSI
PCLK
POAT
PLAT
VDDI
STRB3
STRB2
STRB1
STRB0
80
GPIO12/CS2N
GPIO13/CS3N
GPIO14/CS4N
GPIO15/CS5N
GPIO16/IRQ8
GPIO17/IRQ5N
GPIO18/IRQ9N
79
78
77
76
75
74
GPIO19/RDY
/SEROUT
73
TEL/LIU PWB UNIT
IC1: VHiNJM2904D-1 (NJM2904D)
+
1
2
3
4
8
7
6
5
OUTPUT 1
VCC
INVERTING INPUT 1
OUTPUT 2
–
+
NON-INVERTING INPUT 1
INVERTING INPUT 2
NON-INVERTING INPUT 2
–
+
-
VCC
8 – 7
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